/* File: "gambit.h" */

/*
 * Copyright (c) 1994-2025 by Marc Feeley, All Rights Reserved.
 */

#ifndef ___GAMBIT_H
#define ___GAMBIT_H

#ifndef ___VERSION
#define ___VERSION 409007
#endif

#if ___VERSION != 409007
#include "gambit-not409007.h"
#else

#ifdef HAVE_CONFIG_H
#include "config.h"
#endif

/*---------------------------------------------------------------------------*/

/*
 * This section determines the following characteristics of the target
 * platform:
 *
 *  - C compiler version
 *  - target operating system (WIN32, POSIX, etc)
 *  - target processor type (x86, PowerPC, etc)
 *  - byte order endianness (big-endian or little-endian)
 *  - width of the integer and floating-point types (char, short, int, etc)
 */

#ifdef __GNUC__
#define ___GNUC_VERSION (__GNUC__*100000+__GNUC_MINOR__*1000+__GNUC_PATCHLEVEL__)
#endif

/*
 * Determine the target operating system type.  This is used mainly in
 * the implementation of operating system dependent runtime library
 * functions (i.e. lib/os*.c), but also to handle some OS quirks in
 * this include file.
 */

#ifdef _WIN32
#define ___OS_WIN32
#endif


/*
 * Determine the target processor type.  This is used for dynamic code
 * generation (to convert Scheme procedures into C functions) and to
 * determine byte order endianness.
 */

#ifndef ___CPU_x86_32

#ifdef I386
#define ___CPU_x86_32
#else
#ifdef _I386
#define ___CPU_x86_32
#else
#ifdef i386
#define ___CPU_x86_32
#else
#ifdef _i386
#define ___CPU_x86_32
#else
#ifdef __i386
#define ___CPU_x86_32
#else
#ifdef __i386__
#define ___CPU_x86_32
#else
#ifdef __i486
#define ___CPU_x86_32
#else
#ifdef __i486__
#define ___CPU_x86_32
#else
#ifdef __i586
#define ___CPU_x86_32
#else
#ifdef __i586__
#define ___CPU_x86_32
#else
#ifdef __i686
#define ___CPU_x86_32
#else
#ifdef __i686__
#define ___CPU_x86_32
#else
#ifdef __ix86
#define ___CPU_x86_32
#else
#ifdef M_I386
#define ___CPU_x86_32
#else
#ifdef _M_I386
#define ___CPU_x86_32
#else
#ifdef M_I86
#define ___CPU_x86_32
#else
#ifdef _M_I86
#define ___CPU_x86_32
#else
#ifdef _M_IX86
#define ___CPU_x86_32
#else
#ifdef _X86_
#define ___CPU_x86_32
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif

#ifdef ___CPU_x86_32
#define ___CPU_x86
#endif

#endif

#ifndef ___CPU_x86_64

#ifdef __x86_64__
#define ___CPU_x86_64
#else
#ifdef _M_AMD64
#define ___CPU_x86_64
#endif
#endif

#ifdef ___CPU_x86_64
#define ___CPU_x86
#endif

#endif

#ifndef ___CPU_ppc_32

#ifdef PPC
#define ___CPU_ppc_32
#else
#ifdef ppc
#define ___CPU_ppc_32
#else
#ifdef __ppc
#define ___CPU_ppc_32
#else
#ifdef __ppc__
#define ___CPU_ppc_32
#else
#ifdef _ARCH_PPC
#define ___CPU_ppc_32
#else
#ifdef __POWERPC__
#define ___CPU_ppc_32
#else
#ifdef powerpc
#define ___CPU_ppc_32
#else
#ifdef _POWER
#define ___CPU_ppc_32
#else
#ifdef _ARCH_PWR
#define ___CPU_ppc_32
#else
#ifdef _ARCH_PWR2
#define ___CPU_ppc_32
#else
#ifdef _M_PPC
#define ___CPU_ppc_32
#else
#ifdef _M_MPPC
#define ___CPU_ppc_32
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif

#ifdef ___CPU_ppc_32
#define ___CPU_ppc
#endif

#endif

#ifndef ___CPU_ppc_64

#ifdef __ppc_64__
#define ___CPU_ppc_64
#endif

#ifdef ___CPU_ppc_64
#define ___CPU_ppc
#endif

#endif

#ifndef ___CPU_m68k

#ifdef __m68k__
#define ___CPU_m68k
#else
#ifdef __mc68000__
#define ___CPU_m68k
#else
#ifdef __mc68010__
#define ___CPU_m68k
#else
#ifdef __mc68020__
#define ___CPU_m68k
#else
#ifdef __mc68030__
#define ___CPU_m68k
#else
#ifdef __mc68040__
#define ___CPU_m68k
#endif
#endif
#endif
#endif
#endif
#endif

#endif

#ifndef ___CPU_sparc

#ifdef SPARC
#define ___CPU_sparc
#else
#ifdef __sparc
#define ___CPU_sparc
#else
#ifdef __sparc__
#define ___CPU_sparc
#else
#ifdef sparc
#define ___CPU_sparc
#else
#ifdef sparc64
#define ___CPU_sparc
#else
#ifdef sparclite
#define ___CPU_sparc
#endif
#endif
#endif
#endif
#endif
#endif

#endif

#ifndef ___CPU_alpha

#ifdef alpha
#define ___CPU_alpha
#else
#ifdef __alpha
#define ___CPU_alpha
#else
#ifdef __alpha__
#define ___CPU_alpha
#else
#ifdef ALPHA
#define ___CPU_alpha
#else
#ifdef _ALPHA_
#define ___CPU_alpha
#else
#ifdef __ALPHA
#define ___CPU_alpha
#else
#ifdef _M_ALPHA
#define ___CPU_alpha
#endif
#endif
#endif
#endif
#endif
#endif
#endif

#endif

#ifndef ___CPU_mips

#ifdef mips
#define ___CPU_mips
#else
#ifdef _mips
#define ___CPU_mips
#else
#ifdef __mips
#define ___CPU_mips
#else
#ifdef __mips__
#define ___CPU_mips
#else
#ifdef MIPSEB
#define ___CPU_mips
#else
#ifdef _MIPSEB
#define ___CPU_mips
#else
#ifdef __MIPSEB
#define ___CPU_mips
#else
#ifdef __MIPSEB__
#define ___CPU_mips
#else
#ifdef MIPSEL
#define ___CPU_mips
#else
#ifdef _MIPSEL
#define ___CPU_mips
#else
#ifdef __MIPSEL
#define ___CPU_mips
#else
#ifdef __MIPSEL__
#define ___CPU_mips
#else
#ifdef _M_MRX000
#define ___CPU_mips
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif

#endif

#ifndef ___CPU_arm

#ifdef arm
#define ___CPU_arm
#else
#ifdef __arm
#define ___CPU_arm
#else
#ifdef __arm__
#define ___CPU_arm
#else
#endif
#endif
#endif

#endif

#ifndef ___CPU_vax

#ifdef vax
#define ___CPU_vax
#else
#ifdef __vax
#define ___CPU_vax
#else
#ifdef __vax__
#define ___CPU_vax
#endif
#endif
#endif

#endif

#ifndef ___CPU_riscv

#ifdef riscv
#define ___CPU_riscv
#else
#ifdef __riscv
#define ___CPU_riscv
#else
#ifdef __riscv__
#define ___CPU_riscv
#endif
#endif
#endif

#endif

#ifndef ___CPU_loongarch

#ifdef loongarch
#define ___CPU_loongarch
#else
#ifdef __loongarch
#define ___CPU_loongarch
#else
#ifdef __loongarch__
#define ___CPU_loongarch
#else
#endif
#endif
#endif

#endif

#ifndef ___CPU_ia64

#ifdef __ia64
#define ___CPU_ia64
#else
#ifdef __ia64__
#define ___CPU_ia64
#else
#ifdef __itanium__
#define ___CPU_ia64
#else
#ifdef _M_IA64
#define ___CPU_ia64
#endif
#endif
#endif
#endif

#endif

#ifdef __aarch64__
#define ___CPU_aarch64
#else
#ifdef __arm64__
#define ___CPU_aarch64
#endif
#endif

#ifndef ___CPU_s390

#ifdef __s390__
#define ___CPU_s390
#else
#ifdef __s390x__
#define ___CPU_s390
#else
#ifdef __zarch__
#define ___CPU_s390
#endif
#endif
#endif

#endif

/*
 * Determine the byte order endianness based on the processor type.
 * We assume that all processors are little-endian, except the sparc,
 * m68k, and s390.  The PowerPC, MIPS, ARM and Itanium can be either
 * big-endian or little-endian so extra tests are needed.
 */

#ifndef ___BIG_ENDIAN
#ifndef ___LITTLE_ENDIAN

#ifdef ___CPU_x86
#define ___LITTLE_ENDIAN
#endif

#ifdef ___CPU_ppc
#ifdef _LITTLE_ENDIAN
#define ___LITTLE_ENDIAN
#endif
#ifdef __LITTLE_ENDIAN__
#define ___LITTLE_ENDIAN
#endif
#ifdef __LITTLE_ENDIAN_DATA__
#define ___LITTLE_ENDIAN
#endif
#ifndef ___LITTLE_ENDIAN
#define ___BIG_ENDIAN
#endif
#endif

#ifdef ___CPU_alpha
#define ___LITTLE_ENDIAN
#endif

#ifdef ___CPU_m68k
#define ___BIG_ENDIAN
#endif

#ifdef ___CPU_sparc
#define ___BIG_ENDIAN
#endif

#ifdef ___CPU_s390
#define ___BIG_ENDIAN
#endif

#ifdef ___CPU_mips
#ifdef _MIPSEL
#define ___LITTLE_ENDIAN
#endif
#ifndef ___LITTLE_ENDIAN
#define ___BIG_ENDIAN
#endif
#endif

#ifdef ___CPU_arm
#ifdef _LITTLE_ENDIAN
#define ___LITTLE_ENDIAN
#endif
#ifdef __LITTLE_ENDIAN__
#define ___LITTLE_ENDIAN
#endif
#ifdef __LITTLE_ENDIAN_DATA__
#define ___LITTLE_ENDIAN
#endif
#ifdef __ARMEL__
#define ___LITTLE_ENDIAN
#endif
#ifndef ___LITTLE_ENDIAN
#define ___BIG_ENDIAN
#endif
#endif

#ifdef ___CPU_vax
#define ___LITTLE_ENDIAN
#endif

#ifdef ___CPU_riscv
#define ___LITTLE_ENDIAN
#endif

#ifdef ___CPU_loongarch
#define ___LITTLE_ENDIAN
#endif

#ifdef ___CPU_ia64
#ifdef __BIG_ENDIAN__
#define ___BIG_ENDIAN
#else
#define ___LITTLE_ENDIAN
#endif
#endif

#ifdef __EMSCRIPTEN__
#define ___LITTLE_ENDIAN
#endif

/* AArch64 can be little or big endian*/
#ifdef __AARCH64EL__
#define ___LITTLE_ENDIAN
#endif

#ifndef ___LITTLE_ENDIAN
#ifndef ___BIG_ENDIAN
#define ___LITTLE_ENDIAN
#endif
#endif

#endif
#endif

/*
 * Determine the number of bits in various integer and floating point
 * types and define appropriate macros accordingly.  The macro for a
 * given type is not defined if the type is not supported by the C
 * compiler or if it is not 8, 16, 32 or 64 bits wide.
 */

#ifndef ___CHAR_WIDTH
#ifdef ___DONT_HAVE_LIMITS_H

/*
 * If the file "limits.h" is not available then the symbol
 * ___DONT_HAVE_LIMITS_H must be defined (for example on the compiler's
 * command line) and the following definitions will be used:
 */

#define ___CHAR_WIDTH     8   /* if needed, edit to suit your platform */
#define ___SHORT_WIDTH    16
#define ___INT_WIDTH      32
#define ___LONG_WIDTH     32

#ifdef __GNUC__
#define ___LONGLONG_WIDTH 64
#endif

#else

/*
 * If the file "limits.h" is available then it contains macros
 * defining the range of the integer types.  The following
 * preprocessor conditional definitions are written so that they will
 * work regardless of the number of bits in the integer types
 * supported by the compiler (many compilers for 32 bit machines give
 * an error for C preprocessor expressions like ULONG_MAX >> 32 or
 * ULLONG_MAX == 18446744073709551615UL).  Some parentheses seem
 * redundant, but they are required for MS Visual C/C++ whose
 * preprocessor signals an error on: x >> 8 >> 8.
 */

#include <limits.h>

#ifdef UCHAR_MAX
#if (UCHAR_MAX & 255) == 255
#if (UCHAR_MAX >> 8) == 0
#define ___CHAR_WIDTH 8
#else
#if ((UCHAR_MAX >> 8) & 255) == 255
#if ((UCHAR_MAX >> 8) >> 8) == 0
#define ___CHAR_WIDTH 16
#else
#if (((UCHAR_MAX >> 8) >> 8) & 255) == 255
#if (((UCHAR_MAX >> 8) >> 8) >> 8) != 0
#if ((((UCHAR_MAX >> 8) >> 8) >> 8) & 255) == 255
#if ((((UCHAR_MAX >> 8) >> 8) >> 8) >> 8) == 0
#define ___CHAR_WIDTH 32
#else
#if (((((UCHAR_MAX >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if (((((UCHAR_MAX >> 8) >> 8) >> 8) >> 8) >> 8) != 0
#if ((((((UCHAR_MAX >> 8) >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if ((((((UCHAR_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) != 0
#if (((((((UCHAR_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if (((((((UCHAR_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) != 0
#if ((((((((UCHAR_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if ((((((((UCHAR_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) == 0
#define ___CHAR_WIDTH 64
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif

#ifdef USHRT_MAX
#if (USHRT_MAX & 255) == 255
#if (USHRT_MAX >> 8) == 0
#define ___SHORT_WIDTH 8
#else
#if ((USHRT_MAX >> 8) & 255) == 255
#if ((USHRT_MAX >> 8) >> 8) == 0
#define ___SHORT_WIDTH 16
#else
#if (((USHRT_MAX >> 8) >> 8) & 255) == 255
#if (((USHRT_MAX >> 8) >> 8) >> 8) != 0
#if ((((USHRT_MAX >> 8) >> 8) >> 8) & 255) == 255
#if ((((USHRT_MAX >> 8) >> 8) >> 8) >> 8) == 0
#define ___SHORT_WIDTH 32
#else
#if (((((USHRT_MAX >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if (((((USHRT_MAX >> 8) >> 8) >> 8) >> 8) >> 8) != 0
#if ((((((USHRT_MAX >> 8) >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if ((((((USHRT_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) != 0
#if (((((((USHRT_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if (((((((USHRT_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) != 0
#if ((((((((USHRT_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if ((((((((USHRT_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) == 0
#define ___SHORT_WIDTH 64
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif

#ifdef UINT_MAX
#if (UINT_MAX & 255) == 255
#if (UINT_MAX >> 8) == 0
#define ___INT_WIDTH 8
#else
#if ((UINT_MAX >> 8) & 255) == 255
#if ((UINT_MAX >> 8) >> 8) == 0
#define ___INT_WIDTH 16
#else
#if (((UINT_MAX >> 8) >> 8) & 255) == 255
#if (((UINT_MAX >> 8) >> 8) >> 8) != 0
#if ((((UINT_MAX >> 8) >> 8) >> 8) & 255) == 255
#if ((((UINT_MAX >> 8) >> 8) >> 8) >> 8) == 0
#define ___INT_WIDTH 32
#else
#if (((((UINT_MAX >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if (((((UINT_MAX >> 8) >> 8) >> 8) >> 8) >> 8) != 0
#if ((((((UINT_MAX >> 8) >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if ((((((UINT_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) != 0
#if (((((((UINT_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if (((((((UINT_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) != 0
#if ((((((((UINT_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if ((((((((UINT_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) == 0
#define ___INT_WIDTH 64
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif

#ifdef ULONG_MAX
#if (ULONG_MAX & 255) == 255
#if (ULONG_MAX >> 8) == 0
#define ___LONG_WIDTH 8
#else
#if ((ULONG_MAX >> 8) & 255) == 255
#if ((ULONG_MAX >> 8) >> 8) == 0
#define ___LONG_WIDTH 16
#else
#if (((ULONG_MAX >> 8) >> 8) & 255) == 255
#if (((ULONG_MAX >> 8) >> 8) >> 8) != 0
#if ((((ULONG_MAX >> 8) >> 8) >> 8) & 255) == 255
#if ((((ULONG_MAX >> 8) >> 8) >> 8) >> 8) == 0
#define ___LONG_WIDTH 32
#else
#if (((((ULONG_MAX >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if (((((ULONG_MAX >> 8) >> 8) >> 8) >> 8) >> 8) != 0
#if ((((((ULONG_MAX >> 8) >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if ((((((ULONG_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) != 0
#if (((((((ULONG_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if (((((((ULONG_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) != 0
#if ((((((((ULONG_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if ((((((((ULONG_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) == 0
#define ___LONG_WIDTH 64
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif

#ifdef __GNUC__

#define ___LONGLONG_WIDTH 64

#else

/* Handle some non ISO C99 compilers that nevertheless support "long long". */

#ifndef ULLONG_MAX
#ifdef ULONGLONG_MAX
#define ULLONG_MAX ULONGLONG_MAX
#else
#ifdef ULONG_LONG_MAX
#define ULLONG_MAX ULONG_LONG_MAX
#endif
#endif
#endif

#ifdef ULLONG_MAX
#if (ULLONG_MAX & 255) == 255
#if (ULLONG_MAX >> 8) == 0
#define ___LONGLONG_WIDTH 8
#else
#if ((ULLONG_MAX >> 8) & 255) == 255
#if ((ULLONG_MAX >> 8) >> 8) == 0
#define ___LONGLONG_WIDTH 16
#else
#if (((ULLONG_MAX >> 8) >> 8) & 255) == 255
#if (((ULLONG_MAX >> 8) >> 8) >> 8) != 0
#if ((((ULLONG_MAX >> 8) >> 8) >> 8) & 255) == 255
#if ((((ULLONG_MAX >> 8) >> 8) >> 8) >> 8) == 0
#define ___LONGLONG_WIDTH 32
#else
#if (((((ULLONG_MAX >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if (((((ULLONG_MAX >> 8) >> 8) >> 8) >> 8) >> 8) != 0
#if ((((((ULLONG_MAX >> 8) >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if ((((((ULLONG_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) != 0
#if (((((((ULLONG_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if (((((((ULLONG_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) != 0
#if ((((((((ULLONG_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) & 255) == 255
#if ((((((((ULLONG_MAX >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) >> 8) == 0
#define ___LONGLONG_WIDTH 64
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif

#endif

#endif

/*
 * If the "long long" type is not supported, then substitute the type
 * "long".
 */

#ifndef ___LONGLONG_WIDTH
#define ___LONGLONG_WIDTH ___LONG_WIDTH
#define ___LONGLONG long
#define ___ULONGLONG unsigned long
#else
#define ___LONGLONG long long
#define ___ULONGLONG unsigned long long
#endif

/*
 * Some old C compilers do not support the "signed char" and "wchar_t"
 * types.  The following preprocessor directives allow these types to
 * be redefined (such as on the C compiler's command line, in
 * "config.h", ...).
 */

#ifndef ___SCHAR
#define ___SCHAR signed char
#endif

#ifndef ___WCHAR
#ifdef ___DONT_HAVE_WCHAR_H

/*
 * If the file "wchar.h" is not available then the symbol
 * ___DONT_HAVE_WCHAR_H must be defined (for example on the compiler's
 * command line) and the following definitions will be used:
 */

#define ___WCHAR unsigned char
#define ___WCHAR_MIN 0
#define ___WCHAR_MAX ((1<<___CHAR_WIDTH)-1)

#else

/*
 * If the file "wchar.h" is available then it should contain macros
 * defining the range of the wchar_t type.
 */

#include <wchar.h>

#define ___WCHAR wchar_t

#ifdef WCHAR_MIN
#define ___WCHAR_MIN WCHAR_MIN
#else
#define ___WCHAR_MIN 0
#endif

#ifdef WCHAR_MAX
#define ___WCHAR_MAX WCHAR_MAX
#else
#ifdef UINT_MAX
#define ___WCHAR_MAX UINT_MAX
#else
#define ___WCHAR_MAX ((1<<___CHAR_WIDTH)-1)
#endif
#endif

#endif
#endif

#ifdef ___DONT_HAVE_FLOAT_H

/*
 * If the file "float.h" is not available then the symbol
 * ___DONT_HAVE_FLOAT_H must be defined (for example on the compiler's
 * command line) and the following definitions will be used:
 */

#define ___FLOAT_WIDTH  32   /* if needed, edit to suit your platform */
#define ___DOUBLE_WIDTH 64

#else

/*
 * If the file "float.h" is available then it contains macros defining
 * the range of the floating point types.  The following preprocessor
 * conditional definitions are not completely correct (and may not
 * even compile properly because it is possible that FLT_MAX_EXP and
 * DBL_MAX_EXP are not constant expressions).  However, it appears to
 * work on a wide range of platforms.
 */

#include <float.h>

#ifdef FLT_MAX_EXP
#if FLT_MAX_EXP == 128
#define ___FLOAT_WIDTH 32
#else
#if FLT_MAX_EXP == 1024
#define ___FLOAT_WIDTH 64
#endif
#endif
#endif

#ifdef DBL_MAX_EXP
#if DBL_MAX_EXP == 128
#define ___DOUBLE_WIDTH 32
#else
#if DBL_MAX_EXP == 1024
#define ___DOUBLE_WIDTH 64
#endif
#endif
#endif

#endif
#endif

/*
 * Size of pointers.
 *
 * ___VOIDSTAR_WIDTH must be equal to sizeof(void*) * ___CHAR_WIDTH.
 * This value can't be computed with the "sizeof" operator because it
 * must be known at macro expansion time.  If in doubt just do
 *
 *  #define ___VOIDSTAR_WIDTH ___LONG_WIDTH
 *
 */

#ifndef ___VOIDSTAR_WIDTH
#define ___VOIDSTAR_WIDTH ___LONG_WIDTH
#endif

#if ___VOIDSTAR_WIDTH == 32
#undef ___USE_32_BIT_ADDR
#define ___USE_32_BIT_ADDR
#endif

/*---------------------------------------------------------------------------*/

/*
 * The following symbols must be defined to reflect the integer and
 * floating-point data types supported by the C compiler.  A symbol is
 * only defined if the data type exists.  At least ___F64 and one of
 * the pairs ___S32/___U32 and ___S64/___U64 must be defined.
 *
 *  define ___S8 as the signed integer type of exactly 8 bits
 *  define ___U8 as the unsigned integer type of exactly 8 bits
 *  define ___SM8 as the signed integer type of at least 8 bits
 *  define ___UM8 as the unsigned integer type of at least 8 bits
 *
 *  define ___S16 as the signed integer type of exactly 16 bits
 *  define ___U16 as the unsigned integer type of exactly 16 bits
 *  define ___SM16 as the signed integer type of at least 16 bits
 *  define ___UM16 as the unsigned integer type of at least 16 bits
 *
 *  define ___S32 as the signed integer type of exactly 32 bits
 *  define ___U32 as the unsigned integer type of exactly 32 bits
 *  define ___SM32 as the signed integer type of at least 32 bits
 *  define ___UM32 as the unsigned integer type of at least 32 bits
 *
 *  define ___S64 as the signed integer type of exactly 64 bits
 *  define ___U64 as the unsigned integer type of exactly 64 bits
 *  define ___SM64 as the signed integer type of at least 64 bits
 *  define ___UM64 as the unsigned integer type of at least 64 bits
 *
 *  define ___F32 as the 32 bit floating-point type
 *  define ___F64 as the 64 bit floating-point type
 */

/*
 * First we make sure that the width of all the integer and
 * floating-point types is known.
 */

#ifndef ___CHAR_WIDTH
#error "The definition for ___CHAR_WIDTH is missing"
#endif

#ifndef ___SHORT_WIDTH
#error "The definition for ___SHORT_WIDTH is missing"
#endif

#ifndef ___INT_WIDTH
#error "The definition for ___INT_WIDTH is missing"
#endif

#ifndef ___LONG_WIDTH
#error "The definition for ___LONG_WIDTH is missing"
#endif

#ifndef ___LONGLONG_WIDTH
#error "The definition for ___LONGLONG_WIDTH is missing"
#endif

#ifndef ___FLOAT_WIDTH
#error "The definition for ___FLOAT_WIDTH is missing"
#endif

#ifndef ___DOUBLE_WIDTH
#error "The definition for ___DOUBLE_WIDTH is missing"
#endif

#if ___INT_WIDTH == 8
#define ___S8 int
#define ___U8 unsigned int
#else
#if ___LONG_WIDTH == 8
#define ___S8 long
#define ___U8 unsigned long
#else
#if ___SHORT_WIDTH == 8
#define ___S8 short
#define ___U8 unsigned short
#else
#if ___CHAR_WIDTH == 8
#define ___S8 ___SCHAR
#define ___U8 unsigned char
#else
#if ___LONGLONG_WIDTH == 8
#define ___S8 ___LONGLONG
#define ___U8 unsigned ___LONGLONG
#endif
#endif
#endif
#endif
#endif

#if ___INT_WIDTH == 16
#define ___S16 int
#define ___U16 unsigned int
#else
#if ___LONG_WIDTH == 16
#define ___S16 long
#define ___U16 unsigned long
#else
#if ___SHORT_WIDTH == 16
#define ___S16 short
#define ___U16 unsigned short
#else
#if ___CHAR_WIDTH == 16
#define ___S16 ___SCHAR
#define ___U16 unsigned char
#else
#if ___LONGLONG_WIDTH == 16
#define ___S16 ___LONGLONG
#define ___U16 unsigned ___LONGLONG
#endif
#endif
#endif
#endif
#endif

#if ___INT_WIDTH == 32
#define ___S32 int
#define ___U32 unsigned int
#else
#if ___LONG_WIDTH == 32
#define ___S32 long
#define ___U32 unsigned long
#else
#if ___SHORT_WIDTH == 32
#define ___S32 short
#define ___U32 unsigned short
#else
#if ___CHAR_WIDTH == 32
#define ___S32 ___SCHAR
#define ___U32 unsigned char
#else
#if ___LONGLONG_WIDTH == 32
#define ___S32 ___LONGLONG
#define ___U32 unsigned ___LONGLONG
#endif
#endif
#endif
#endif
#endif

#if ___INT_WIDTH == 64
#define ___S64 int
#define ___U64 unsigned int
#else
#if ___LONG_WIDTH == 64
#define ___S64 long
#define ___U64 unsigned long
#else
#if ___SHORT_WIDTH == 64
#define ___S64 short
#define ___U64 unsigned short
#else
#if ___CHAR_WIDTH == 64
#define ___S64 ___SCHAR
#define ___U64 unsigned char
#else
#if ___LONGLONG_WIDTH == 64
#define ___S64 ___LONGLONG
#define ___U64 unsigned ___LONGLONG
#endif
#endif
#endif
#endif
#endif

#if ___FLOAT_WIDTH == 32
#define ___F32 float
#else
#if ___DOUBLE_WIDTH == 32
#define ___F32 double
#endif
#endif

#if ___DOUBLE_WIDTH == 64
#define ___F64 double
#else
#if ___FLOAT_WIDTH == 64
#define ___F64 float
#endif
#endif

#ifdef ___S64
#define ___BUILTIN_64BIT_INT_TYPE
#define ___SM64 ___S64
#define ___UM64 ___U64
#endif

#ifdef ___S32
#define ___SM32 ___S32
#define ___UM32 ___U32
#else
#define ___SM32 ___SM64
#define ___UM32 ___UM64
#endif

#ifdef ___S16
#define ___SM16 ___S16
#define ___UM16 ___U16
#else
#define ___SM16 ___SM32
#define ___UM16 ___UM32
#endif

#ifdef ___S8
#define ___SM8 ___S8
#define ___UM8 ___U8
#else
#define ___SM8 ___SM16
#define ___UM8 ___UM16
#endif

/*---------------------------------------------------------------------------*/

/* SANITY CHECKS AND SETTING OF DEFAULT OPTIONS */

/*
 * Verify that the byte order endianness is known.
 */

#ifdef ___BIG_ENDIAN
#ifdef ___LITTLE_ENDIAN
#error "Define either ___BIG_ENDIAN or ___LITTLE_ENDIAN"
#endif
#else
#ifndef ___LITTLE_ENDIAN
#error "Define either ___BIG_ENDIAN or ___LITTLE_ENDIAN"
#endif
#endif

/*
 * Generate a single host C procedure or multiple C host
 * procedures (default) per Scheme module?
 */

#ifndef ___SINGLE_HOST_LIMIT
#define ___SINGLE_HOST_LIMIT 30000
#endif

#ifndef ___OPTIMIZED_MODULE_LIMIT
#define ___OPTIMIZED_MODULE_LIMIT 20000
#endif

#ifdef ___SINGLE_HOST
#ifdef ___MULTIPLE_HOSTS
#error "Define either ___SINGLE_HOST or ___MULTIPLE_HOSTS"
#endif
/* downgrade to multiple C host procedures when single-host limit is exceeded */
#if defined(___LBLCOUNT) && ___SINGLE_HOST_LIMIT > 0 && ___LBLCOUNT > ___SINGLE_HOST_LIMIT
#undef ___SINGLE_HOST
#undef ___MULTIPLE_HOSTS
#define ___MULTIPLE_HOSTS
#endif
#else
#ifndef ___MULTIPLE_HOSTS
#define ___MULTIPLE_HOSTS
#endif
#endif

#ifndef ___GNUC_HOST_FUNCTION_ATTRIBUTES
#if !__clang__ && ___GNUC_VERSION >= 400000
/* downgrade optimization level when optimized-module limit is exceeded */
#if defined(___LBLCOUNT) && ___OPTIMIZED_MODULE_LIMIT > 0 && ___LBLCOUNT > ___OPTIMIZED_MODULE_LIMIT
#define ___GNUC_HOST_FUNCTION_ATTRIBUTES 
#else
#define ___GNUC_HOST_FUNCTION_ATTRIBUTES 
#endif
#else
#define ___GNUC_HOST_FUNCTION_ATTRIBUTES
#endif
#endif

/*
 * Compiling for dynamic loading or not (default).
 */

#ifdef ___DYNAMIC
#ifdef ___NONDYNAMIC
#error "Define either ___DYNAMIC or ___NONDYNAMIC"
#endif
#else
#ifndef ___NONDYNAMIC
#define ___NONDYNAMIC
#endif
#endif

/*
 * Define symbols appropriate for dynamic loading.
 */

#ifdef ___DYNAMIC
#undef ___LIBRARY
#define ___LIBRARY
#undef ___SHARED
#define ___SHARED
#undef ___BIND_LATE
#define ___BIND_LATE
#endif

/*
 * Compiling to produce a library or an application with a "main" (default
 * unless compiling a flat link file).
 */

#ifdef ___LIBRARY
#ifdef ___APPLICATION
#error "Define either ___LIBRARY or ___APPLICATION"
#endif
#else
#ifndef ___APPLICATION
#ifdef ___FLAT_LINKFILE
#define ___LIBRARY
#else
#define ___APPLICATION
#endif
#endif
#endif

/*
 * Compiling to produce a shared-library or not (default).
 */

#ifdef ___SHARED
#ifdef ___NONSHARED
#error "Define either ___SHARED or ___NONSHARED"
#endif
#else
#ifndef ___NONSHARED
#define ___NONSHARED
#endif
#endif

/*
 * Select binding time for global variables, symbols, and keywords.
 * Early binding (default) produces faster code because it directly
 * accesses the resource.  Late binding does an indirection at run
 * time.
 */

#ifdef ___BIND_LATE
#ifdef ___BIND_EARLY
#error "Define either ___BIND_LATE or ___BIND_EARLY"
#endif
#else
#ifndef ___BIND_EARLY
#define ___BIND_EARLY
#endif
#endif

/*
 * Range and size of Scheme characters.
 *
 * ___MAX_CHR must be 0xff, 0xffff or 0x10ffff.  The value 0xff is
 * appropriate when text is limited to the ISO-8859-1 subset of
 * Unicode.  The value 0xffff is for when text is limited to the BMP
 * (Basic Multilingual Plane) subset of Unicode.  The value 0x10ffff
 * allows all Unicode characters in text.  Note that the number of
 * bytes per character in a string depends on ___MAX_CHR as follows:
 *
 *   ___MAX_CHR = 0xff      =>  1 byte per character
 *   ___MAX_CHR = 0xffff    =>  2 bytes per character
 *   ___MAX_CHR = 0x10ffff  =>  4 bytes per character
 *
 * If in doubt just do
 *
 *  #define ___MAX_CHR 0x10ffff
 *
 */

#ifndef ___MAX_CHR
#define ___MAX_CHR 0x10ffff
#endif

/*
 * Number of registers in the virtual machine.  These definitions must
 * agree with those in the file "gsc/_t-c-1.scm".  All Scheme sources
 * must be recompiled if these definitions are changed.
 *
 * ___NB_GVM_REGS = total number of registers available
 *                  3 <= ___NB_GVM_REGS <= 25
 * ___NB_ARG_REGS = maximum number of arguments passed in registers
 *                  1 <= ___NB_ARG_REGS <= min( 12, ___NB_GVM_REGS-2 )
 */

#ifndef ___NB_GVM_REGS
#define ___NB_GVM_REGS 5
#endif

#ifndef ___NB_ARG_REGS
#define ___NB_ARG_REGS 3
#endif

/*
 * Determine if label values (a gcc extension to C) should be supported.
 */

#ifdef ___NOT_SUPPORT_LABEL_VALUES
#ifdef ___SUPPORT_LABEL_VALUES
#error "Define either ___SUPPORT_LABEL_VALUES or ___NOT_SUPPORT_LABEL_VALUES"
#endif
#else
#ifndef ___SUPPORT_LABEL_VALUES
#define ___SUPPORT_LABEL_VALUES
#endif
#endif

/*
 * Determine if label values should be used.
 */

#ifndef ___SUPPORT_LABEL_VALUES

#undef ___USE_LABEL_VALUES
#undef ___NOT_USE_LABEL_VALUES
#define ___NOT_USE_LABEL_VALUES

#else

#ifdef ___USE_LABEL_VALUES
#ifdef ___NOT_USE_LABEL_VALUES
#error "Define either ___USE_LABEL_VALUES or ___NOT_USE_LABEL_VALUES"
#endif
#else
#ifndef ___NOT_USE_LABEL_VALUES
#ifdef __GNUC__
#if __llvm__ && !__clang__ && ___GNUC_VERSION < 405000
/* Avoid possible LLVM GCC bug with label values */
#define ___NOT_USE_LABEL_VALUES
#else
#define ___USE_LABEL_VALUES
#endif
#else
#define ___NOT_USE_LABEL_VALUES
#endif
#endif
#endif

#endif

#ifdef ___INLINE_JUMPS
#ifdef ___DONT_INLINE_JUMPS
#error "Define either ___INLINE_JUMPS or ___DONT_INLINE_JUMPS"
#endif
#else
#ifndef ___DONT_INLINE_JUMPS
#if __llvm__ || __clang__
#define ___DONT_INLINE_JUMPS
#endif
#endif
#endif

/*
 * Allow multiple Gambit VM instances or not?
 */

#ifndef ___SINGLE_VM
#ifndef ___MULTIPLE_VMS
#define ___SINGLE_VM
#endif
#endif

#ifdef ___SINGLE_VM
#ifdef ___MULTIPLE_VMS
#error "Define either ___SINGLE_VM or ___MULTIPLE_VMS"
#endif
#endif

/*
 * Are Gambit VM instances single or multiple threaded at the OS
 * level?  In other words, is it allowed for multiple OS threads to be
 * running in a given VM instance?
 */

#ifndef ___SINGLE_THREADED_VMS
#ifndef ___MULTIPLE_THREADED_VMS
#define ___SINGLE_THREADED_VMS
#endif
#endif

#ifdef ___SINGLE_THREADED_VMS
#ifdef ___MULTIPLE_THREADED_VMS
#error "Define either ___SINGLE_THREADED_VMS or ___MULTIPLE_THREADED_VMS"
#endif
#endif

/*
 * Determine the maximum number of OS threads (processors) that can be
 * running in a given VM instance.
 */

#ifndef ___MAX_PROCESSORS
#ifdef ___SINGLE_THREADED_VMS
#define ___MAX_PROCESSORS 1
#else
#define ___MAX_PROCESSORS 1
#endif
#endif

/*
 * Determine which thread system is being used.  This needs to be
 * known by this header file to allow the definition of macros which
 * expand to calls to thread system specific functions, thus avoiding
 * the overhead of a function call (which could be significant for
 * some basic operations such as ___MUTEX_LOCK and ___MUTEX_UNLOCK).
 */

#ifndef ___USE_NO_THREAD_SYSTEM

#ifndef ___USE_POSIX_THREAD_SYSTEM
#ifndef ___USE_WIN32_THREAD_SYSTEM
#define ___USE_POSIX_THREAD_SYSTEM
#endif
#endif

#ifdef ___USE_POSIX_THREAD_SYSTEM
#ifdef ___USE_WIN32_THREAD_SYSTEM
#error "Define either ___USE_POSIX_THREAD_SYSTEM or ___USE_WIN32_THREAD_SYSTEM"
#endif
#endif

#endif

/*
 * Determine which thread local storage class keyword to use.  The
 * configure script normally determines this because it depends on
 * many factors (the compiler, the version and the OS).  It is
 * normally __thread on gcc and __declspec(thread) on WIN32.
 */

#ifndef ___NO_THREAD_LOCAL_STORAGE_CLASS
#ifndef ___THREAD_LOCAL_STORAGE_CLASS
#define ___THREAD_LOCAL_STORAGE_CLASS __thread
#endif
#endif

/*
 * Determine if the WIN32 CONDITION_VARIABLE type is available.
 */

#ifdef ___USE_WIN32_THREAD_SYSTEM
#ifndef ___HAVE_CONDITION_VARIABLE
#ifndef ___DONT_HAVE_CONDITION_VARIABLE
#define ___DONT_HAVE_CONDITION_VARIABLE
#endif
#endif
#endif


/*
 * Determine if an activity log should be kept or not.
 */

#ifndef ___NO_ACTIVITY_LOG
#ifndef ___ACTIVITY_LOG
#define ___NO_ACTIVITY_LOG
#endif
#endif


/*---------------------------------------------------------------------------*/

/* Dependencies on language (i.e. C++, ANSI-C, and K&R C). */

#ifndef __has_builtin
#define __has_builtin(x) 0
#endif

#ifndef __has_attribute
#define __has_attribute(x) 0
#endif

#ifdef __cplusplus

#define ___BEGIN_C_LINKAGE extern "C" {
#define ___END_C_LINKAGE }

/*
 * Define ___BOOL as "bool" or "int", according to what is supported
 * by the compiler (this is determined by the configure script) unless
 * it is defined elsewhere.
 */

#ifndef ___BOOL
#define ___BOOL int
#endif

#define ___USE_CPLUSPLUS_NEW_DELETE
#define ___USE_CPLUSPLUS_CLEANUP

#else

#define ___BEGIN_C_LINKAGE
#define ___END_C_LINKAGE

#ifndef ___BOOL
#define ___BOOL int
#endif

#undef ___USE_SETJMP
#define ___USE_SETJMP

#endif


#ifdef ___FORCE_KR

#define ___P(ansi,kr)kr
#define ___PVOID ()

#else

#define ___P(ansi,kr)ansi
#ifdef __cplusplus
#define ___PVOID ()
#else
#define ___PVOID (void)
#endif

#endif


#ifdef ___USE_SETJMP

#ifdef ___DONT_HAVE_SETJMP_H

/*
 * If the file "setjmp.h" is not available then the symbol
 * ___DONT_HAVE_SETJMP_H must be defined (for example on the compiler's
 * command line).  In this case we assume that setjmp is defined as
 * a macro.
 */

#undef ___CAN_IMPORT_SETJMP_DYNAMICALLY
#define ___CAN_IMPORT_SETJMP_DYNAMICALLY

#else

/*
 * If the file "setjmp.h" is available then we can use the C
 * preprocessor to check if setjmp is a macro (otherwise it has to be
 * a function).  If it is a macro then we can't get a pointer to it!
 */

#include <setjmp.h>

#if __has_builtin(builtin_setjmp) || (defined(__GNUC__) && ___GNUC_VERSION > 500000)
#undef ___USE_builtin_setjmp
#define ___USE_builtin_setjmp
#endif

#ifdef ___DONT_USE_builtin_setjmp
#undef ___USE_builtin_setjmp
#endif

#ifdef ___USE_builtin_setjmp
#define ___SETJMP(jmpbuf)__builtin_setjmp (jmpbuf)
#define ___LONGJMP1(jmpbuf)__builtin_longjmp (jmpbuf,1)
#else
#define ___SETJMP(jmpbuf)setjmp (jmpbuf)
#define ___LONGJMP1(jmpbuf)longjmp (jmpbuf,1)
#endif

#if defined(setjmp) || defined(___USE_builtin_setjmp)
#undef ___CAN_IMPORT_SETJMP_DYNAMICALLY
#define ___CAN_IMPORT_SETJMP_DYNAMICALLY
#endif

#endif

#endif

#if defined(___TRUST_C_TCO)
#if __has_attribute(musttail) && !defined(__mips__) && !defined(__powerpc__)
#define ___PROPER_TAIL_CALL(call) __attribute__((musttail)) return call
#else
#define ___PROPER_TAIL_CALL(call) return call
#endif
#endif

#ifdef ___PROPER_TAIL_CALL
#define ___TAIL_CALL_VOID(call) ___PROPER_TAIL_CALL(call)
#define ___TAIL_CALL_NONVOID(call) ___PROPER_TAIL_CALL(call)
#else
#define ___TAIL_CALL_VOID(call) do { call; return; } while (0)
#define ___TAIL_CALL_NONVOID(call) return call
#endif

#undef ___USE_PROPER_TAIL_CALL_EXCLUSIVELY_TO_EXIT_HOST
#undef ___USE_TAIL_CALL_TO_EXIT_HOST

#if !defined(___CENTRALIZED_TRAMPOLINE) && defined(___USE_SETJMP) && (defined(___PROPER_TAIL_CALL) || !defined(__llvm__))
#define ___USE_TAIL_CALL_TO_EXIT_HOST
#endif

#if defined(___PROPER_TAIL_CALL) && defined(___USE_TAIL_CALL_TO_EXIT_HOST) && !defined(___SUPPORT_MULTIPLE_C_COMPILERS)
#define ___USE_PROPER_TAIL_CALL_EXCLUSIVELY_TO_EXIT_HOST
#endif


/*---------------------------------------------------------------------------*/

/* C math library properties. */

#ifndef ___DONT_HAVE_MATH_H
#include <math.h>
#endif


#ifdef ___OS_WIN32

/*
 * Older versions of the Microsoft Visual C compilers did not
 * implement some important math functions.  So we need to define them
 * in the Gambit runtime system.  We do this even if using another
 * C compiler, such as gcc, in order to allow dynamically compiled
 * Scheme files to be compiled with a C compiler different from the
 * C compiler used for compiling the Gambit runtime system.  If this
 * wasn't done, the offsets of the fields in ___global_state_struct
 * would be different, causing calls to the wrong conversion functions.
 */

#define ___DEFINE_SCALBN
#define ___DEFINE_ILOGB
#define ___DEFINE_EXPM1
#define ___DEFINE_LOG1P
#define ___DEFINE_ASINH
#define ___DEFINE_ACOSH
#define ___DEFINE_ATANH
#define ___DEFINE_ATAN2
#define ___DEFINE_POW
#define ___DEFINE_HYPOT

#endif

#ifdef _MSC_VER

#if _MSC_VER >= 1800

/*
 * Starting with version 18 (released in 2013), the following
 * functions are supported by the C math library.
 */

#define ___HAVE_GOOD_SCALBN
#define ___HAVE_GOOD_ILOGB
#define ___HAVE_GOOD_EXPM1
#define ___HAVE_GOOD_LOG1P
#define ___HAVE_GOOD_ASINH
#define ___HAVE_GOOD_ACOSH
#define ___HAVE_GOOD_ATANH

#if _MSC_VER >= 1900
#define ___HAVE_GOOD_HYPOT
#endif

#endif

/*
 * The following functions seem to be implemented in old versions.
 */

#define ___HAVE_GOOD_SINH
#define ___HAVE_GOOD_COSH
#define ___HAVE_GOOD_TANH

#else

/*
 * On other C compilers, we assume that the following math functions
 * are implemented.
 */

#define ___HAVE_GOOD_SCALBN
#define ___HAVE_GOOD_ILOGB
#define ___HAVE_GOOD_EXPM1
#define ___HAVE_GOOD_LOG1P
#define ___HAVE_GOOD_ASINH
#define ___HAVE_GOOD_ACOSH
#define ___HAVE_GOOD_ATANH
#define ___HAVE_GOOD_SINH
#define ___HAVE_GOOD_COSH
#define ___HAVE_GOOD_TANH
#define ___HAVE_GOOD_POW
#define ___HAVE_GOOD_ATAN2

#ifndef __MINGW32__
#define ___HAVE_GOOD_HYPOT
#endif

#endif


/*---------------------------------------------------------------------------*/

/* signal.h library properties. */

#ifndef ___DONT_HAVE_SIGNAL_H

#ifndef ___USE_SIGSET_T
#ifndef ___USE_NO_SIGSET_T
#define ___USE_SIGSET_T
#endif
#endif

#ifdef ___USE_SIGSET_T
#include <signal.h>
#endif

#endif


#ifdef ___USE_SIGSET_T
#define ___sigset_type sigset_t
#else
#define ___sigset_type int
#endif


/*---------------------------------------------------------------------------*/

/* Visibility directives. */

#ifndef ___HIDDEN
#define ___HIDDEN static
#endif

#ifndef ___LOCAL
#define ___LOCAL static
#endif

#ifdef _MSC_VER
#define ___USE_DECLSPEC
#endif

#ifdef __WATCOMC__
#define ___USE_DECLSPEC
#endif

#ifdef ___USE_DECLSPEC
#define ___EXPORT_FUNC(type,name)__declspec(dllexport) type name
#define ___EXPORT_DATA(type,name)__declspec(dllexport) type name
#define ___IMPORT_FUNC(type,name)__declspec(dllimport) type name
#define ___IMPORT_DATA(type,name)__declspec(dllimport) type name
#endif

#ifndef ___EXPORT_FUNC
#define ___EXPORT_FUNC(type,name)type name
#endif

#ifndef ___EXPORT_DATA
#define ___EXPORT_DATA(type,name)type name
#endif

#ifndef ___IMPORT_FUNC
#define ___IMPORT_FUNC(type,name)extern type name
#endif

#ifndef ___IMPORT_DATA
#define ___IMPORT_DATA(type,name)extern type name
#endif

#define ___EXP_FUNC(type,name)type name
#define ___EXP_DATA(type,name)type name
#define ___IMP_FUNC(type,name)extern type name
#define ___IMP_DATA(type,name)extern type name

#ifdef ___SHARED
#ifdef ___LIBRARY
#undef ___EXP_FUNC
#define ___EXP_FUNC(type,name)___EXPORT_FUNC(type,name)
#undef ___EXP_DATA
#define ___EXP_DATA(type,name)___EXPORT_DATA(type,name)
#endif
#ifndef ___PRIMAL
#undef ___IMP_FUNC
#define ___IMP_FUNC(type,name)___IMPORT_FUNC(type,name)
#undef ___IMP_DATA
#define ___IMP_DATA(type,name)___IMPORT_DATA(type,name)
#endif
#endif

#ifndef ___OS_WIN32
#define ___CAN_IMPORT_EXPORTED
#endif

#ifndef ___CAN_IMPORT_EXPORTED
#ifdef ___SHARED
#ifndef ___PRIMAL
#undef ___BIND_LATE
#define ___BIND_LATE
#endif
#endif
#endif

/*---------------------------------------------------------------------------*/

#ifdef __GNUC__
#if ___GNUC_VERSION >= 300000
#undef ___USE_builtin_expect
#define ___USE_builtin_expect
#endif
#endif

#ifdef __clang__
#if __has_builtin(__builtin_expect)
#undef ___USE_builtin_expect
#define ___USE_builtin_expect
#endif
#endif

#ifdef ___DONT_USE_builtin_expect
#undef ___USE_builtin_expect
#endif

#ifdef ___USE_builtin_expect
#define ___EXPECT_TRUE(x) __builtin_expect((x),1)
#define ___EXPECT_FALSE(x) __builtin_expect((x),0)
#else
#define ___EXPECT_TRUE(x) (x)
#define ___EXPECT_FALSE(x) (x)
#endif

/*---------------------------------------------------------------------------*/

#ifdef __GNUC__
#if ___GNUC_VERSION > 500000
#undef ___USE_builtin_op_overflow
#define ___USE_builtin_op_overflow
#undef ___USE_builtin_popcount
#define ___USE_builtin_popcount
#undef ___USE_builtin_ffs
#define ___USE_builtin_ffs
#undef ___USE_builtin_clrsb
#define ___USE_builtin_clrsb
#endif
#endif

#ifdef __clang__
#if __has_builtin(__builtin_add_overflow) && __has_builtin(__builtin_sub_overflow) && __has_builtin(__builtin_mul_overflow)
#undef ___USE_builtin_op_overflow
#define ___USE_builtin_op_overflow
#endif
#if __has_builtin(__builtin_popcount)
#undef ___USE_builtin_popcount
#define ___USE_builtin_popcount
#endif
#if __has_builtin(__builtin_ffs)
#undef ___USE_builtin_ffs
#define ___USE_builtin_ffs
#endif
#if __has_builtin(__builtin_clrsb)
#undef ___USE_builtin_clrsb
#define ___USE_builtin_clrsb
#endif
#endif

#ifdef ___CPU_x86
#if __has_builtin(__builtin_ia32_rdtscp)
#undef ___USE___builtin_ia32_rdtscp
#define ___USE___builtin_ia32_rdtscp
#endif
#endif

#ifdef ___CPU_x86
#if __has_builtin(__builtin_readcyclecounter)
#undef ___USE___builtin_readcyclecounter
#define ___USE___builtin_readcyclecounter
#endif
#endif

#ifdef ___DONT_USE_builtin_op_overflow
#undef ___USE_builtin_op_overflow
#endif

#ifdef ___DONT_USE_builtin_popcount
#undef ___USE_builtin_popcount
#endif

#ifdef ___DONT_USE_builtin_ffs
#undef ___USE_builtin_ffs
#endif

#ifdef ___DONT_USE_builtin_clrsb
#undef ___USE_builtin_clrsb
#endif

#ifdef ___DONT_USE___builtin_ia32_rdtscp
#undef ___USE___builtin_ia32_rdtscp
#endif

#ifdef ___DONT_USE___builtin_readcyclecounter
#undef ___USE___builtin_readcyclecounter
#endif


/*---------------------------------------------------------------------------*/

/*
 * IMPORTANT NOTE
 *
 * As a general principle, the macros are written in such a way that all
 * macros which expand into C expressions yield PRIMARY C expressions.
 * Also, macros assume that arguments are PRIMARY expressions.  A PRIMARY
 * expression is either:
 *
 *   an identifier, or
 *   a non-negative constant, or
 *   a parenthesized expression.
 *
 * This convention avoids many operator priority problems and helps keep
 * the number of parentheses down.  On the other hand, it is easy to
 * introduce errors when modifying these macros so be careful.
 */

/*---------------------------------------------------------------------------*/

/*
 * The "___CAST" macro is useful to easily locate type casts in the
 * source code.  Unfortunately there are still places in the sources
 * that don't use this macro.
 */

#define ___CAST(type,val)((type)(val))

#define ___FETCH_WORD(base,i)*(___CAST(___WORD*,base)+(i))
#define ___STORE_WORD(base,i,val)*(___CAST(___WORD*,base)+(i)) = (val)

/*
 * Macros to access ___S64 and ___U64 data types.  Note that ___S64
 * and ___U64 are either defined as a macro or as a typedef.
 */

#define ___FETCH_S64(base,i)*(___CAST(___S64*,base)+(i))
#define ___STORE_S64(base,i,val)*(___CAST(___S64*,base)+(i)) = (val)
#define ___FETCH_U64(base,i)*(___CAST(___U64*,base)+(i))
#define ___STORE_U64(base,i,val)*(___CAST(___U64*,base)+(i)) = (val)
#define ___CAST_S64(x)___CAST(___S64,x)
#define ___CAST_U64(x)___CAST(___U64,x)

/*
 * Macros to access ___S32 and ___U32 data types.
 */

#ifdef ___S32

#define ___FETCH_S32(base,i)*(___CAST(___S32*,base)+(i))
#define ___STORE_S32(base,i,val)*(___CAST(___S32*,base)+(i)) = (val)
#define ___FETCH_U32(base,i)*(___CAST(___U32*,base)+(i))
#define ___STORE_U32(base,i,val)*(___CAST(___U32*,base)+(i)) = (val)
#define ___CAST_S32(x)___CAST(___S32,x)
#define ___CAST_U32(x)___CAST(___U32,x)

#else

#define ___FETCH_S32(base,i)___CAST_S32(___FETCH_U32(base,i))
#define ___STORE_S32(base,i,val)___STORE_U32(base,i,___CAST_U32(val))

#ifdef ___BIG_ENDIAN
#define ___FETCH_U32(base,i)(((i)&1) \
? (*(___CAST(___U64*,base)+((i)>>1))&0xffffffff) \
: ((*(___CAST(___U64*,base)+((i)>>1)))>>32))
#define ___STORE_U32(base,i,val)*(___CAST(___U64*,base)+((i)>>1)) = ((i)&1) \
? (*(___CAST(___U64*,base)+((i)>>1))&___CAST_U64(0xffffffff<<32))|(val) \
: (*(___CAST(___U64*,base)+((i)>>1))&0xffffffff)|___CAST_U64((val)<<32)
#else
#define ___FETCH_U32(base,i)(((i)&1) \
? ((*(___CAST(___U64*,base)+((i)>>1)))>>32) \
: (*(___CAST(___U64*,base)+((i)>>1))&0xffffffff))
#define ___STORE_U32(base,i,val)*(___CAST(___U64*,base)+((i)>>1)) = ((i)&1) \
? (*(___CAST(___U64*,base)+((i)>>1))&0xffffffff)|___CAST_U64((val)<<32) \
: (*(___CAST(___U64*,base)+((i)>>1))&___CAST_U64(0xffffffff<<32))|(val)
#endif

#define ___CAST_S32(x)(___CAST_S64((x)<<32)>>32)
#define ___CAST_U32(x)___CAST_U64((x)&0xffffffff)

#endif

/*
 * Macros to access ___S16 and ___U16 data types.
 */

#ifdef ___S16

#define ___FETCH_S16(base,i)*(___CAST(___S16*,base)+(i))
#define ___STORE_S16(base,i,val)*(___CAST(___S16*,base)+(i)) = (val)
#define ___FETCH_U16(base,i)*(___CAST(___U16*,base)+(i))
#define ___STORE_U16(base,i,val)*(___CAST(___U16*,base)+(i)) = (val)
#define ___CAST_S16(x)___CAST(___S16,x)
#define ___CAST_U16(x)___CAST(___U16,x)

#else

#define ___FETCH_S16(base,i)___CAST_S16(___FETCH_U16(base,i))
#define ___STORE_S16(base,i,val)___STORE_U16(base,i,___CAST_U16(val))

#ifdef ___S32

#ifdef ___BIG_ENDIAN
#define ___FETCH_U16(base,i)(((i)&1) \
? (*(___CAST(___U32*,base)+((i)>>1))&0xffff) \
: ((*(___CAST(___U32*,base)+((i)>>1)))>>16))
#define ___STORE_U16(base,i,val)*(___CAST(___U32*,base)+((i)>>1)) = ((i)&1) \
? (*(___CAST(___U32*,base)+((i)>>1))&___CAST_U32(0xffff<<16))|(val) \
: (*(___CAST(___U32*,base)+((i)>>1))&0xffff)|___CAST_U32((val)<<16)
#else
#define ___FETCH_U16(base,i)(((i)&1) \
? ((*(___CAST(___U32*,base)+((i)>>1)))>>16) \
: (*(___CAST(___U32*,base)+((i)>>1))&0xffff))
#define ___STORE_U16(base,i,val)*(___CAST(___U32*,base)+((i)>>1)) = ((i)&1) \
? (*(___CAST(___U32*,base)+((i)>>1))&0xffff)|___CAST_U32((val)<<16) \
: (*(___CAST(___U32*,base)+((i)>>1))&(0xffff<<16))|(___U32)(val)
#endif

#define ___CAST_S16(x)(___CAST_S32((x)<<16)>>16)
#define ___CAST_U16(x)___CAST_U32((x)&0xffff)

#else

#ifdef ___BIG_ENDIAN
#define ___FETCH_S16(base,i)(((i)&1) \
? ((*(___CAST(___S64*,base)+((i)>>1)))>>16) \
: ((*(___CAST(___S64*,base)+((i)>>1))<<16)>>16))
#define ___FETCH_U16(base,i) \
((*(___CAST(___U64*,base)+((i)>>2))>>((~(i)&3)<<4))&0xffff)
#define ___STORE_U16(base,i,val)*(___CAST(___U64*,base)+((i)>>2)) = \
(*(___CAST(___U64*,base)+((i)>>2))&~___CAST_U64(0xffff<<((~(i)&3)<<4))) | \
___CAST_U64((val)<<((~(i)&3)<<4))
#else
#define ___FETCH_U16(base,i) \
((*(___CAST(___U64*,base)+((i)>>2))>>(((i)&3)<<4))&0xffff)
#define ___STORE_U16(base,i,val)*(___CAST(___U64*,base)+((i)>>2)) = \
(*(___CAST(___U64*,base)+((i)>>2))&~___CAST_U64(0xffff<<(((i)&3)<<4))) | \
___CAST_U64((val)<<(((i)&3)<<4))
#endif

#define ___CAST_S16(x)(___CAST_S64((x)<<48)>>48)
#define ___CAST_U16(x)___CAST_U64((x)&0xffff)

#endif

#endif

/*
 * Macros to access ___S8 and ___U8 data types.
 */

#ifdef ___S8

#define ___FETCH_S8(base,i)*(___CAST(___S8*,base)+(i))
#define ___FETCH_U8(base,i)*(___CAST(___U8*,base)+(i))
#define ___STORE_S8(base,i,val)*(___CAST(___S8*,base)+(i)) = (val)
#define ___STORE_U8(base,i,val)*(___CAST(___U8*,base)+(i)) = (val)
#define ___CAST_S8(x)(___S8)(x)
#define ___CAST_U8(x)(___U8)(x)

#else

#define ___FETCH_S8(base,i)___CAST_S8(___FETCH_U8(base,i))
#define ___STORE_S8(base,i,val)___STORE_U8(base,i,___CAST_U8(val))

#ifdef ___S32

#ifdef ___BIG_ENDIAN
#define ___FETCH_U8(base,i) \
((*(___CAST(___U32*,base)+((i)>>2))>>((~(i)&3)<<3))&0xff)
#define ___STORE_U8(base,i,val)*(___CAST(___U32*,base)+((i)>>2)) = \
(*(___CAST(___U32*,base)+((i)>>2))&~___CAST_U32(0xff<<((~(i)&3)<<3))) | \
___CAST_U32((val)<<((~(i)&3)<<3))
#else
#define ___FETCH_U8(base,i) \
((*(___CAST(___U32*,base)+((i)>>2))>>(((i)&3)<<3))&0xff)
#define ___STORE_U8(base,i,val)*(___CAST(___U32*,base)+((i)>>2)) = \
(*(___CAST(___U32*,base)+((i)>>2))&~___CAST_U32(0xff<<(((i)&3)<<3))) | \
___CAST_U32((val)<<(((i)&3)<<3))
#endif

#define ___CAST_S8(x)(___CAST_S32((x)<<24)>>24)
#define ___CAST_U8(x)___CAST_U32((x)&0xff)

#else

#ifdef ___BIG_ENDIAN
#define ___FETCH_U8(base,i) \
((*(___CAST(___U64*,base)+((i)>>3))>>((~(i)&7)<<3))&0xff)
#define ___STORE_U8(base,i,val)*(___CAST(___U64*,base)+((i)>>3)) = \
(*(___CAST(___U64*,base)+((i)>>3))&~___CAST_U64(0xff<<((~(i)&7)<<3))) | \
___CAST_U64((val)<<((~(i)&7)<<3))
#else
#define ___FETCH_U8(base,i) \
((*(___CAST(___U64*,base)+((i)>>3))>>(((i)&7)<<3))&0xff)
#define ___STORE_U8(base,i,val)*(___CAST(___U64*,base)+((i)>>3)) = \
(*(___CAST(___U64*,base)+((i)>>3))&~___CAST_U64(0xff<<(((i)&7)<<3))) | \
___CAST_U64((val)<<(((i)&7)<<3))
#endif

#define ___CAST_S8(x)(___CAST_S64((x)<<56)>>56)
#define ___CAST_U8(x)___CAST_U64((x)&0xff)

#endif

#endif

/*
 * Macros to access ___F32 and ___F64 data types.
 */

#ifdef ___F32
#define ___FETCH_F32(base,i)*(___CAST(___F32*,base)+(i))
#define ___STORE_F32(base,i,val)*(___CAST(___F32*,base)+(i)) = (val)
#define ___CAST_F32(x)___CAST(___F32,x)
#endif

#ifdef ___F64
#define ___FETCH_F64(base,i)*(___CAST(___F64*,base)+(i))
#define ___STORE_F64(base,i,val)*(___CAST(___F64*,base)+(i)) = (val)
#define ___CAST_F64(x)___CAST(___F64,x)
#endif

#define ___ROTL32(n,shift) ((shift)==0 ? (n) : ((___CAST(___U32,n)<<(shift)) | (___CAST(___U32,n)>>(32-(shift)))))
#define ___ROTR32(n,shift) ((shift)==0 ? (n) : ((___CAST(___U32,n)>>(shift)) | (___CAST(___U32,n)<<(32-(shift)))))
#define ___ROTL64(n,shift) ((shift)==0 ? (n) : ((___CAST(___U64,n)<<(shift)) | (___CAST(___U64,n)>>(64-(shift)))))
#define ___ROTR64(n,shift) ((shift)==0 ? (n) : ((___CAST(___U64,n)>>(shift)) | (___CAST(___U64,n)<<(64-(shift)))))

typedef union ___F32_U32_union { ___F32 f32; ___U32 u32; } ___F32_U32;
typedef union ___U32_F32_union { ___U32 u32; ___F32 f32; } ___U32_F32;
typedef union ___F64_U64_union { ___F64 f64; ___U64 u64; } ___F64_U64;
typedef union ___U64_F64_union { ___U64 u64; ___F64 f64; } ___U64_F64;

#ifdef __cplusplus

#define ___F32_TO_U32(x)___F32_U32{x}.u32
#define ___F32_FROM_U32(x)___U32_F32{x}.f32
#define ___F64_TO_U64(x)___F64_U64{x}.u64
#define ___F64_FROM_U64(x)___U64_F64{x}.f64

#else

#ifdef _MSC_VER

static inline ___U32 ___F32_TO_U32_fn(___F32 x) { return *___CAST(___U32*,&x); }
static inline ___F32 ___F32_FROM_U32_fn(___U32 x) { return *___CAST(___F32*,&x); }
static inline ___U64 ___F64_TO_U64_fn(___F64 x) { return *___CAST(___U64*,&x); }
static inline ___F64 ___F64_FROM_U64_fn(___U64 x) { return *___CAST(___F64*,&x); }

#define ___F32_TO_U32(x)___F32_TO_U32_fn(x)
#define ___F32_FROM_U32(x)___F32_FROM_U32_fn(x)
#define ___F64_TO_U64(x)___F64_TO_U64_fn(x)
#define ___F64_FROM_U64(x)___F64_FROM_U64_fn(x)

#else

#define ___F32_TO_U32(x)___CAST(___F32_U32,x).u32
#define ___F32_FROM_U32(x)___CAST(___U32_F32,x).f32
#define ___F64_TO_U64(x)___CAST(___F64_U64,x).u64
#define ___F64_FROM_U64(x)___CAST(___U64_F64,x).f64

#endif
#endif

/*---------------------------------------------------------------------------*/

/*
 * GENERAL DEFINITIONS
 *
 * ___WORD           an integer type able to contain a pointer with no loss
 * ___UWORD          unsigned ___WORD
 * ___WORD_WIDTH     is equal to the number of bits in the type ___WORD
 * ___LOG_WORD_WIDTH is equal to the base 2 logarithm of ___WORD_WIDTH
 * ___WS             is equal to sizeof (___WORD)
 * ___LWS            is equal to the base 2 logarithm of ___WS
 * ___FLONUM_SIZE    is equal to sizeof (___F64) / ___WS
 */

#ifdef ___USE_32_BIT_ADDR
#define ___SIZE_T ___U32
#define ___SSIZE_T ___S32
#define ___PTRDIFF_T ___S32
#define ___WORD ___S32
#define ___UWORD ___U32
#define ___WORD_WIDTH 32
#define ___PRIdWORD "d"
#define ___PRIuWORD "u"
#define ___PRIxWORD "08x"
#define ___LOG_WORD_WIDTH 5
#define ___WS 4
#define ___LWS 2
#define ___FLONUM_SIZE 2
#else
#define ___SIZE_T ___U64
#define ___SSIZE_T ___S64
#define ___PTRDIFF_T ___S64
#define ___WORD ___S64
#define ___UWORD ___U64
#define ___WORD_WIDTH 64
#define ___PRIdWORD "ld"
#define ___PRIuWORD "lu"
#define ___PRIxWORD "016lx"
#define ___LOG_WORD_WIDTH 6
#define ___WS 8
#define ___LWS 3
#define ___FLONUM_SIZE 1
#endif

#define ___SIZE_TS ___SSIZE_T /* temporary hack... in principle ___SIZE_TS should be replaced with ___SIZE_T (unsigned integer) */

#define ___SCMOBJ ___WORD
#define ___SCMOBJ_WIDTH ___WORD_WIDTH

#define ___ISO_8859_1 ___UM8
#define ___UTF_8 char
#define ___UTF_16 ___UM16
#define ___UCS_2 ___UM16
#define ___UCS_4 ___UM32
#define ___ISO_8859_1STRING ___ISO_8859_1*
#define ___UTF_8STRING ___UTF_8*
#define ___UTF_16STRING ___UTF_16*
#define ___UCS_2STRING ___UCS_2*
#define ___UCS_4STRING ___UCS_4*
#define ___WCHARSTRING ___WCHAR*

#if ___MAX_CHR <= 0xff
#define ___CS 1
#else
#if ___MAX_CHR <= 0xffff
#define ___CS 2
#else
#define ___CS 4
#endif
#endif

#if ___CS == 1
#define ___CS_SELECT(cs1,cs2,cs4)cs1
#else
#if ___CS == 2
#define ___CS_SELECT(cs1,cs2,cs4)cs2
#else
#define ___CS_SELECT(cs1,cs2,cs4)cs4
#endif
#endif

#define ___LCS ___CS_SELECT(0,1,2)

#define ___C ___CS_SELECT(___U8,___U16,___U32)

#define ___FETCH_C(s,i)___CS_SELECT( \
___FETCH_U8(s,i), \
___FETCH_U16(s,i), \
___FETCH_U32(s,i))
#define ___STORE_C(s,i,val)___CS_SELECT( \
___STORE_U8(s,i,val), \
___STORE_U16(s,i,val), \
___STORE_U32(s,i,val))

#if ___WORD_WIDTH == ___VOIDSTAR_WIDTH
#define ___FAKEWORD ___WORD*
#define ___CAST_FAKEWORD_TO_WORD(x)___CAST(___WORD,x)
#define ___CAST_WORDSTAR_TO_FAKEWORD(x)x
#define ___FAKEHOST ___host
#define ___CAST_HOST_TO_FAKEHOST(x)x
#define ___CAST_FAKEHOST_TO_HOST(x)x
#define ___FAKEVOIDSTAR void*
#define ___CAST_VOIDSTAR_TO_FAKEVOIDSTAR(x)___CAST(___FAKEVOIDSTAR,x)
#define ___CAST_FAKEVOIDSTAR_TO_VOIDSTAR(x)___CAST(void*,x)
#else
#define ___FAKEWORD ___WORD
#define ___CAST_FAKEWORD_TO_WORD(x)x
#define ___CAST_WORDSTAR_TO_FAKEWORD(x)___CAST(___WORD,x)
#define ___FAKEHOST ___WORD
#define ___CAST_HOST_TO_FAKEHOST(x)___CAST(___WORD,x)
#define ___CAST_FAKEHOST_TO_HOST(x)___CAST(___host,x)
#define ___FAKEVOIDSTAR ___WORD
#define ___CAST_VOIDSTAR_TO_FAKEVOIDSTAR(x)___CAST(___WORD,x)
#define ___CAST_FAKEVOIDSTAR_TO_VOIDSTAR(x)___CAST(void*,x)
#endif

/* Padding at end of objects so that they can be aligned to an address */
/* multiple of 4 or 8 by moving them up in memory.                     */

#ifdef ___USE_32_BIT_ADDR
#define ___PADDING ,0
#define ___PADDING_SIZE 1
#define ___PADDING_LBL ,{0,0,0,0}
#define ___PADDING_64 ,0,0
#else
#define ___PADDING
#define ___PADDING_SIZE 0
#define ___PADDING_LBL
#define ___PADDING_64
#endif

/* Utility macro to select code for SINGLE/MULTIPLE host. */

#ifdef ___SINGLE_HOST
#define ___SM(s,m)s
#else
#define ___SM(s,m)m
#endif

/*---------------------------------------------------------------------------*/

/* OBJECT REPRESENTATION */

/*
 * For a complete description of the object representation, read the
 * file "lib/mem.c".  These definitions must agree with those in the
 * files "lib/_gambit#.scm" and "gsc/_t-c-3.scm".
 */

/*
 * Type tag assignment.
 *
 * Type tags are located in the lower 2 or 3 bits of a ___SCMOBJ.
 *
 * ___TB = number of tag bits
 * ___tFIXNUM   = tag for fixnums (small integers), must be 0
 * ___tSPECIAL  = tag for other immediates (#f, #t, (), #!eof, chars, ...)
 * ___tMEM1     = tag #1 for memory allocated objects
 * ___tMEM2     = tag #2 for memory allocated objects or undefined
 * ___tMEM3     = tag #3 for memory allocated objects or undefined
 * ___tMEM4     = tag #4 for memory allocated objects or undefined
 * ___tSUBTYPED = ___tMEM1
 * ___tPAIR     = ___tMEM2 (or ___tMEM1)
 * ___tVECTOR   = ___tMEM3 (or ___tMEM1)
 * ___tFLONUM   = ___tMEM4 (or ___tMEM1)
 *
 * When ___TB == 2, the 4 tags ___tFIXNUM, ___tSPECIAL, ___tSUBTYPED, and
 * ___tPAIR use all 4 combinations of the 2 tag bits:
 *
 *  00   01   10   11
 *  FIX  SUBT SPEC PAIR
 *
 * When ___TB == 3, there are 4 additional tag combinations which are
 * available. This is activated by defining ___FLONUM_SELF_TAGGING_TAGS.
 * When ___FLONUM_SELF_TAGGING_TAGS is 1, 2, 3, or 4, flonums are
 * represented using the self-tagging approach with the indicated number
 * of tags. Here are the tag assignments:
 *
 *  000  001  010  011  100  101  110  111
 *  FIX  SUBT ---- VECT SPEC PAIR ---- haf  ___FLONUM_SELF_TAGGING_TAGS == 0
 *  FIX  SUBT ---- VECT SPEC PAIR stf  haf  ___FLONUM_SELF_TAGGING_TAGS == 1
 *  FIX  SUBT stf1 haf  SPEC PAIR stf2 ---- ___FLONUM_SELF_TAGGING_TAGS == 2
 *  FIX  SUBT haf  stf1 SPEC PAIR stf2 stf3 ___FLONUM_SELF_TAGGING_TAGS == 3
 *  FIX  SUBT stf1 stf2 SPEC PAIR stf3 stf4 ___FLONUM_SELF_TAGGING_TAGS == 4
 *
 *  stf = Self-tagged flonum
 *  haf = Heap allocated flonum
 *
 * When ___FLONUM_SELF_TAGGING_TAGS <= 1 and ___USE_2_TAG_BITS_FOR_FIXNUMS
 * is defined, the tag 100 is used for a second fixnum tag to implement the
 * same fixnum range as with ___TB == 2, and SPEC is assigned the tag 010.
 *
 * An alternative object representation is NaN-boxing, activated by
 * defining ___NAN_BOXING. This approach exploits the unused range of
 * 64 bit values encoding NaNs.
 *
 * A quiet NaN with negative sign has the following IEEE754 encoding:
 *
 * (neg quiet NaN) 4                 3                 1
 *                 8                 2                 6                 0
 * 11111111_11111000_00000000_00000000_00000000_00000000_00000000_00000000
 *
 * Current hardware does not use the range of values above this value:
 *
 *                 4                 3                 1
 *                 8                 2                 6                 0
 * 11111111_11111110_11111111_11111111_11111111_11111111_11111111_11111111
 *
 * Consequently, if a floating point value has encoding X then X+(1<<47) will
 * be in the range:
 *
 *                 4                 3                 1
 *                 8                 2                 6                 0
 * 00000000_00000000_10000000_00000000_00000000_00000000_00000000_00000000
 * ..
 * 11111111_11111111_01111111_11111111_11111111_11111111_11111111_11111111
 *
 * This is convenient because it means the following ranges are available to
 * encode Scheme objects, and they correspond to 48 bit addresses with
 * positive or negative sign:
 *
 * (positive)      4                 3                 1
 *                 8                 2                 6                 0
 * 00000000_00000000_00000000_00000000_00000000_00000000_00000000_00000000
 * ..
 * 00000000_00000000_01111111_11111111_11111111_11111111_11111111_11111111
 *
 * and
 *
 * (negative)      4                 3                 1
 *                 8                 2                 6                 0
 * 11111111_11111111_10000000_00000000_00000000_00000000_00000000_00000000
 * ..
 * 11111111_11111111_11111111_11111111_11111111_11111111_11111111_11111111
 *
 * Within these ranges the low bits are used for storing the tag. Fixnums
 * are limited to 30 bits of precision, with the low 2 bits being 0 (this uses
 * 2 of the 8 available 3 bit tags). The fixnum is nevertheless sign extended
 * to 64 bits so that arithmetic on fixnums typically can avoid having to mask
 * the lower 32 bits.
 *
 * This biased variant of NaN-boxing is sometimes called NuN-boxing.
 */

#ifdef ___USE_2_TAG_BITS
#ifdef ___USE_3_TAG_BITS
#error "Define either ___USE_2_TAG_BITS or ___USE_3_TAG_BITS"
#endif
#endif

#ifndef ___USE_2_TAG_BITS
#ifndef ___USE_3_TAG_BITS
#if ___SCMOBJ_WIDTH == 64
#define ___USE_3_TAG_BITS
#else
#define ___USE_2_TAG_BITS
#endif
#endif
#endif

#if ___SCMOBJ_WIDTH == 32
#ifdef ___USE_3_TAG_BITS
#error "The combination ___SCMOBJ_WIDTH == 32 and ___USE_3_TAG_BITS is not supported"
#endif
#endif

#if defined(___NAN_BOXING) && defined(___FLONUM_SELF_TAGGING_TAGS)
#error "Define either ___NAN_BOXING or ___FLONUM_SELF_TAGGING_TAGS"
#endif

#if ___SCMOBJ_WIDTH == 32 && defined(___NAN_BOXING)
#error "The combination ___SCMOBJ_WIDTH == 32 and ___NAN_BOXING is not supported"
#endif

#if !defined(___NAN_BOXING) && !defined(___FLONUM_SELF_TAGGING_TAGS)
#if ___SCMOBJ_WIDTH == 32
#define ___FLONUM_SELF_TAGGING_TAGS 0
#else
#define ___FLONUM_SELF_TAGGING_TAGS 4
#endif
#endif

#if defined(___FLONUM_SELF_TAGGING_TAGS) && !(__clang__ || ___GNUC_VERSION)
/* can't use float self-tagging because ({...}) syntax is not supported */
#undef ___FLONUM_SELF_TAGGING_TAGS
#define ___FLONUM_SELF_TAGGING_TAGS 0
#endif

#define ___tFIXNUM   0
#define ___tMEM1     1

#ifdef ___NAN_BOXING

#define ___NAN_BOXING_BIAS (___CAST(___UWORD,1)<<47)

#define ___DOUBLE_BIAS_ADD(x) \
___CAST(___WORD, ___CAST(___U64,x) + ___NAN_BOXING_BIAS)

#define ___DOUBLE_BIAS_SUB(x) \
(___CAST(___U64,x) - ___NAN_BOXING_BIAS)

#define ___IS_DOUBLE(obj) (((___CAST(___UWORD,obj)+___NAN_BOXING_BIAS)&~___MASK(___UWORD,48))!=0)

#define ___HAS_TAG_AND_IS_NOT_DOUBLE(obj, tag, tb) \
(((___CAST(___UWORD,obj) + (___NAN_BOXING_BIAS + (1<<tb) - (tag))) & \
 ~(___MASK(___UWORD,48)-___MASK(___UWORD,tb))) == 0)

#define ___IS_DOUBLE_OR(obj, x) (___IS_DOUBLE(obj) || (x))
#define ___IS_NOT_DOUBLE_AND(obj, x) (!___IS_DOUBLE(obj) && (x))

#define ___FIXWORD_WIDTH 32
#define ___FIXWORD ___S32
#define ___UFIXWORD ___U32
#define ___FIXTEMP ___s32_temp

#else

#define ___IS_DOUBLE_OR(obj, x) (x)
#define ___IS_NOT_DOUBLE_AND(obj, x) (x)

#define ___HAS_TAG_AND_IS_NOT_DOUBLE(obj, tag, tb) \
___TESTMASK(obj,___MASK(___WORD,tb),tag)

#define ___FIXWORD_WIDTH ___WORD_WIDTH
#define ___FIXWORD ___WORD
#define ___UFIXWORD ___UWORD
#define ___FIXTEMP ___temp

#endif

#define ___W(x)___CAST(___WORD,x)
#define ___FW(x)___CAST(___FIXWORD,x)
#define ___UFW(x)___CAST(___UFIXWORD,x)

#ifdef ___USE_2_TAG_BITS

#define ___TB 2

#define ___tSPECIAL  2
#define ___tMEM2     3

#else

#define ___TB 3

#ifdef ___NAN_BOXING

#define ___TB_FIXNUM 2
#define ___tSPECIAL  2

#define ___tMEM2     5
#define ___tMEM3     3
#define ___tMEM4     7

#else

#if ___FLONUM_SELF_TAGGING_TAGS <= 1 && defined(___USE_2_TAG_BITS_FOR_FIXNUMS)
#define ___TB_FIXNUM 2
#define ___tSPECIAL  2
#else
#define ___tSPECIAL  4
#endif

#define ___tMEM2     5

#if ___FLONUM_SELF_TAGGING_TAGS == 3
#define ___tMEM3     2
#else
#if ___FLONUM_SELF_TAGGING_TAGS <= 2
#define ___tMEM3     3
#if ___FLONUM_SELF_TAGGING_TAGS <= 1
#define ___tMEM4     7
#endif
#endif
#endif

#if ___FLONUM_SELF_TAGGING_TAGS <= 2

#define ___MEM_ALLOCATED(obj) ((obj)&1)
#define ___MEM_ALLOCATED_CLEAR(obj) ((obj)&~___CAST(___WORD,1))
#define ___MEM_ALLOCATED_SET(obj) ((obj)|1)

#elif ___FLONUM_SELF_TAGGING_TAGS == 3

#define ___HAS_TAG_IN_SET(x,set) (((___CAST(___U32,1) << (x)) & (~___CAST(___U32,0)/0xff * (set))) != 0)

#ifdef ___USE_HAS_TAG_IN_SET
#define ___MEM_ALLOCATED(obj) ___HAS_TAG_IN_SET(obj, ((1<<___tMEM1)|(1<<___tMEM2)|(1<<___tMEM3)))
#else
#define ___MEM_ALLOCATED(obj) (___TESTMASK(obj,3,1) || ___TESTMASK(obj,7,2))
#endif
#define ___MEM_ALLOCATED_CLEAR(obj) ((((obj)+1)&2) ? (obj)+2 : (obj))
#define ___MEM_ALLOCATED_SET(obj) ((((obj)+1)&2) ? (obj) : (obj)-2)

#else

#define ___MEM_ALLOCATED(obj) ___TESTMASK(obj,3,1)
#define ___MEM_ALLOCATED_CLEAR(obj) ((obj)&~___CAST(___WORD,1))
#define ___MEM_ALLOCATED_SET(obj) ((obj)|1)

#endif

#endif

#endif

#ifndef ___TB_FIXNUM
#define ___TB_FIXNUM ___TB
#endif

#ifndef ___MEM_ALLOCATED
#define ___MEM_ALLOCATED(obj) ___HAS_TAG_AND_IS_NOT_DOUBLE(obj, 1, 1)
#define ___MEM_ALLOCATED_CLEAR(obj) ((obj)&~___CAST(___WORD,1))
#define ___MEM_ALLOCATED_SET(obj) ((obj)|1)
#endif

#define ___tSUBTYPED ___tMEM1

#ifdef ___USE_SAME_TAG_FOR_PAIRS_AND_SUBTYPED
#define ___tPAIR ___tMEM1
#else
#define ___tPAIR ___tMEM2
#endif

#ifdef ___NAN_BOXING

#ifdef ___USE_3_TAG_BITS
#define ___tVECTOR ___tMEM3
#endif

#else

#ifdef ___USE_3_TAG_BITS
#if ___FLONUM_SELF_TAGGING_TAGS <= 1
#define ___tVECTOR ___tMEM3
#define ___tFLONUM ___tMEM4
#else
#if ___FLONUM_SELF_TAGGING_TAGS <= 3
#define ___tFLONUM ___tMEM3
#endif
#endif
#endif

#endif

/* Default tag is ___tSUBTYPED */

#ifndef ___tVECTOR
#define ___tVECTOR ___tSUBTYPED
#endif

#ifndef ___tPAIR
#define ___tPAIR ___tSUBTYPED
#endif

#ifndef ___tRATNUM
#define ___tRATNUM ___tSUBTYPED
#endif

#ifndef ___tCPXNUM
#define ___tCPXNUM ___tSUBTYPED
#endif

#ifndef ___tSTRUCTURE
#define ___tSTRUCTURE ___tSUBTYPED
#endif

#ifndef ___tBOXVALUES
#define ___tBOXVALUES ___tSUBTYPED
#endif

#ifndef ___tMEROON
#define ___tMEROON ___tSUBTYPED
#endif

#ifndef ___tJAZZ
#define ___tJAZZ ___tSUBTYPED
#endif

#ifndef ___tSYMBOL
#define ___tSYMBOL ___tSUBTYPED
#endif

#ifndef ___tKEYWORD
#define ___tKEYWORD ___tSUBTYPED
#endif

#ifndef ___tFRAME
#define ___tFRAME ___tSUBTYPED
#endif

#ifndef ___tCONTINUATION
#define ___tCONTINUATION ___tSUBTYPED
#endif

#ifndef ___tPROMISE
#define ___tPROMISE ___tSUBTYPED
#endif

#ifndef ___tWEAK
#define ___tWEAK ___tSUBTYPED
#endif

#ifndef ___tPROCEDURE
#define ___tPROCEDURE ___tSUBTYPED
#endif

#ifndef ___tRETURN
#define ___tRETURN ___tSUBTYPED
#endif

#ifndef ___tFOREIGN
#define ___tFOREIGN ___tSUBTYPED
#endif

#ifndef ___tSTRING
#define ___tSTRING ___tSUBTYPED
#endif

#ifndef ___tS8VECTOR
#define ___tS8VECTOR ___tSUBTYPED
#endif

#ifndef ___tU8VECTOR
#define ___tU8VECTOR ___tSUBTYPED
#endif

#ifndef ___tS16VECTOR
#define ___tS16VECTOR ___tSUBTYPED
#endif

#ifndef ___tU16VECTOR
#define ___tU16VECTOR ___tSUBTYPED
#endif

#ifndef ___tS32VECTOR
#define ___tS32VECTOR ___tSUBTYPED
#endif

#ifndef ___tU32VECTOR
#define ___tU32VECTOR ___tSUBTYPED
#endif

#ifndef ___tF32VECTOR
#define ___tF32VECTOR ___tSUBTYPED
#endif

#ifndef ___tS64VECTOR
#define ___tS64VECTOR ___tSUBTYPED
#endif

#ifndef ___tU64VECTOR
#define ___tU64VECTOR ___tSUBTYPED
#endif

#ifndef ___tF64VECTOR
#define ___tF64VECTOR ___tSUBTYPED
#endif

#ifndef ___NAN_BOXING
#ifndef ___tFLONUM
#define ___tFLONUM ___tSUBTYPED
#endif
#endif

#ifndef ___tBIGNUM
#define ___tBIGNUM ___tSUBTYPED
#endif

/*
 * Subtype tag assignment.
 *
 * These tags are stored in the head of memory allocated objects
 * (including pairs).
 *
 * ___SB = number of subtype tag bits
 * ___sVECTOR       = tag for vectors
 * ___sPAIR         = tag for pairs
 * ___sRATNUM       = tag for ratnums
 * ___sCPXNUM       = tag for cpxnums
 * ___sSTRUCTURE    = tag for structures
 * ___sBOXVALUES    = tag for box and multiple-values objects
 * ___sMEROON       = tag for Meroon objects
 * ___sJAZZ         = tag for Jazz objects
 * ___sSYMBOL       = tag for symbols
 * ___sKEYWORD      = tag for keywords
 * ___sFRAME        = tag for continuation frames
 * ___sCONTINUATION = tag for continuations
 * ___sPROMISE      = tag for promises
 * ___sWEAK         = tag for weak objects (wills and GC hash tables)
 * ___sPROCEDURE    = tag for procedures
 * ___sRETURN       = tag for returns
 * ___sFOREIGN      = tag for foreign data
 * ___sSTRING       = tag for strings
 * ___sS8VECTOR     = tag for 8-bit signed integer vectors
 * ___sU8VECTOR     = tag for 8-bit unsigned integer vectors
 * ___sS16VECTOR    = tag for 16-bit signed integer vectors
 * ___sU16VECTOR    = tag for 16-bit unsigned integer vectors
 * ___sS32VECTOR    = tag for 32-bit signed integer vectors
 * ___sU32VECTOR    = tag for 32-bit unsigned integer vectors
 * ___sF32VECTOR    = tag for 32-bit floating point number vectors
 * ___sS64VECTOR    = tag for 64-bit signed integer vectors
 * ___sU64VECTOR    = tag for 64-bit unsigned integer vectors
 * ___sF64VECTOR    = tag for 64-bit floating point number vectors
 * ___sFLONUM       = tag for flonums
 * ___sBIGNUM       = tag for bignums
 *
 * The five subtype tags ___sS64VECTOR, ___sU64VECTOR, ___sF64VECTOR,
 * ___sFLONUM, ___sBIGNUM must come last.  These object types (and
 * ___sFOREIGN which is always allocated as a ___STILL object) must
 * be aligned on a multiple of 8.
 */

#define ___SB 5
#define ___sVECTOR       0
#define ___sPAIR         1
#define ___sRATNUM       2
#define ___sCPXNUM       3
#define ___sSTRUCTURE    4
#define ___sBOXVALUES    5
#define ___sMEROON       6
#define ___sJAZZ         7
#define ___sSYMBOL       8
#define ___sKEYWORD      9
#define ___sFRAME        10
#define ___sCONTINUATION 11
#define ___sPROMISE      12
#define ___sWEAK         13
#define ___sPROCEDURE    14
#define ___sRETURN       15
#define ___sFOREIGN      18
#define ___sSTRING       19
#define ___sS8VECTOR     20
#define ___sU8VECTOR     21
#define ___sS16VECTOR    22
#define ___sU16VECTOR    23
#define ___sS32VECTOR    24
#define ___sU32VECTOR    25
#define ___sF32VECTOR    26
#define ___sS64VECTOR    27
#define ___sU64VECTOR    28
#define ___sF64VECTOR    29
#define ___sFLONUM       30
#define ___sBIGNUM       31

/*
 * Head type tag assignment.
 *
 * Head type tags are stored in the lower 3 bits of the head of memory
 * allocated objects.
 *
 * ___HTB = number of head tag bits
 * ___MOVABLE0 = tag for movable objects in generation 0
 * ___MOVABLE1 = tag for movable objects in generation 1
 * ___MOVABLE2 = tag for movable objects in generation 2
 * ___FORW     = tag for movable objects that have been forwarded
 * ___STILL    = tag for still objects
 * ___PERM     = tag for permanent objects
 *
 * note: the tag ___FORW+(1<<___TB) is also used for forwarding pointers
 */

#define ___HTB 3
#define ___MOVABLE0 0
#define ___MOVABLE1 1
#define ___MOVABLE2 2
#define ___FORW     3
#define ___STILL    5
#define ___PERM     6

/*
 * Miscellaneous masks.
 */

#define ___LF (___HTB+___SB)

#define ___MASK(type,bits)((___CAST(type,1)<<bits)-1)
#define ___TMASK ___MASK(___WORD,___TB)
#define ___FMASK ___MASK(___WORD,___TB_FIXNUM)
#define ___HTMASK ___MASK(___WORD,___HTB)
#define ___SMASK (___MASK(___WORD,___SB)<<___HTB)
#define ___LMASK (~___MASK(___UWORD,___LF))
#define ___LSMASK (~___MASK(___UWORD,___HTB))

/*
 * Value constructors for object references inside executable code.
 */

#define ___FAL      ___SPECIAL(-1)
#define ___TRU      ___SPECIAL(-2)
#define ___NUL      ___SPECIAL(-3)
#define ___EOF      ___SPECIAL(-4)
#define ___VOID     ___SPECIAL(-5)
#define ___ABSENT   ___SPECIAL(-6)
#define ___UNB1     ___SPECIAL(-7)
#define ___UNB2     ___SPECIAL(-8)
#define ___OPTIONAL ___SPECIAL(-9)
#define ___KEYOBJ   ___SPECIAL(-10)
#define ___REST     ___SPECIAL(-11)
#define ___UNUSED   ___SPECIAL(-14)
#define ___DELETED  ___SPECIAL(-15)
#define ___SPECIAL(x)___CAST(___WORD,(___CAST(___UWORD,x)<<___TB)+___tSPECIAL)
#define ___FIX(x)___CAST(___WORD,___CAST(___UWORD,x)<<___TB_FIXNUM)
#define ___CHR(x)___SPECIAL(___CS_SELECT(___CAST_U8(x),___CAST_U16(x),___CAST_U32(x)))

#define ___SYM(i,id)___CAST_FAKEWORD_TO_WORD(___symtbl[i])
#define ___KEY(i,id)___CAST_FAKEWORD_TO_WORD(___keytbl[i])
#define ___CNS(i)___PAIR_FROM_START(___ALIGNUP(___cnstbl,___WS)+i*(___PAIR_BODY+___PAIR_SIZE))
#define ___SUB(i)___CAST_FAKEWORD_TO_WORD(___subtbl[i])

/*
 * Value constructors for object references inside constant
 * memory allocated objects.
 */

#define ___REF_FAL      ___FAL
#define ___REF_TRU      ___TRU
#define ___REF_NUL      ___NUL
#define ___REF_EOF      ___EOF
#define ___REF_VOID     ___VOID
#define ___REF_ABSENT   ___ABSENT
#define ___REF_UNB1     ___UNB1
#define ___REF_UNB2     ___UNB2
#define ___REF_OPTIONAL ___OPTIONAL
#define ___REF_KEYOBJ   ___KEYOBJ
#define ___REF_REST     ___REST
#define ___REF_UNUSED   ___UNUSED
#define ___REF_DELETED  ___DELETED
#define ___REF_FIX(x)___FIX(x)
#if ___FIX_WIDTH == 30
#define ___REF_BIGFIX(i,x)___REF_SUB(i)
#else
#define ___REF_BIGFIX(i,x) ((x)>=___MIN_FIX&&(x)<=___MAX_FIX) ? ___REF_FIX(x) : ___REF_SUB(i)
#endif
#define ___REF_CHR(x)___CHR(x)

#define ___REF_MEM(x,tag)___CAST(___WORD,(___CAST(___UWORD,x)<<___TB)+tag)

#define ___REF_SYM(i,id)___REF_MEM(-1-i,___tMEM2)
#define ___REF_KEY(i,id)___REF_MEM(-1-i,___tMEM1)
#define ___REF_CNS(i)___REF_MEM(i,___tMEM2)
#define ___REF_SUB(i)___REF_MEM(i,___tMEM1)

#define ___REF_PRC(i)___REF_MEM(___SUBCOUNT+i,___tMEM1)

/*---------------------------------------------------------------------------*/

/* Miscellaneous macros */

#define ___IF(x) if (x) {
#define ___END_IF }

#define ___NOTHING

#define ___NBELEMS(table) (sizeof (table) / sizeof ((table)[0]))

#define ___ORD(x)((x)>>___TB)

#define ___INT(x)((x)>>___TB_FIXNUM)

#ifdef ___NAN_BOXING
#define ___FIX_WIDTH (32-___TB_FIXNUM)
#else
#define ___FIX_WIDTH (___SCMOBJ_WIDTH-___TB_FIXNUM)
#endif

#define ___MIN_FIX (-(___CAST(___WORD,1)<<(___FIX_WIDTH-1)))
#define ___MAX_FIX ((___CAST(___WORD,1)<<(___FIX_WIDTH-1))-1)

#define ___MAX_FIX32 ((___CAST(___WORD,1)<<(32-2-1))-1)

#if ___FIX_WIDTH == 30
#define ___SQRT_MAX_FIX 23170
#endif
#if ___FIX_WIDTH == 61
#define ___SQRT_MAX_FIX 1073741823L
#endif
#if ___FIX_WIDTH == 62
#define ___SQRT_MAX_FIX 1518500249L
#endif

#if ___FIX_WIDTH == 30
#define ___BIGFIX(i,x)___SUB(i)
#else
#define ___BIGFIX(i,x)(((x) >= ___MIN_FIX && (x) <= ___MAX_FIX) ? ___FIX(x) : ___SUB(i))
#endif

/*
 * The C id prefix must match the definition in the file
 * "gsc/_parms.scm".
 */

#define ___C_ID_PREFIX "___"

/*---------------------------------------------------------------------------*/

/* Object representation */

#ifdef ___SUPPORT_LOWLEVEL_EXEC
#define ___REFERENCE_TO_BODY (-1)
#define ___LABEL_LOWLEVEL_CODE 1
#else
#define ___REFERENCE_TO_BODY 1
#endif

#define ___BODY0(obj)(___UNTAG(obj)+___REFERENCE_TO_BODY)
#define ___BODY0_AS(obj,tag)(___UNTAG_AS(obj,tag)+___REFERENCE_TO_BODY)
#define ___BODY0_FROM_HP()(___hp+___SUBTYPED_BODY)

#ifdef ___USE_HANDLES
#define ___PAIR_BODY     2
#define ___SUBTYPED_BODY 2
#define ___VECTOR_BODY   2
#define ___FLONUM_BODY   2
#define ___BODY(obj)___CAST(___WORD*,___BODY0(obj)[-2])
#define ___BODY_AS(obj,tag)___CAST(___WORD*,___BODY0_AS(obj,tag)[-2])
#else
#define ___PAIR_BODY     1
#define ___SUBTYPED_BODY 1
#define ___VECTOR_BODY   1
#define ___FLONUM_BODY   1
#define ___BODY(obj)___BODY0(obj)
#define ___BODY_AS(obj,tag)___BODY0_AS(obj,tag)
#endif

#define ___ALIGNUP(x,mult) \
___CAST(___WORD*,(___CAST(___WORD,x)+((mult)-1))&~((mult)-1))

#define ___ALLOC(n) ___hp += (n)

#if ___WORD_WIDTH == 32

#define ___ALLOC_ALIGN64(n) \
___hp = ___CAST(___WORD*, (___CAST(___WORD,___hp) + (((n)<<___LWS) + 7)) & ~7)

#else

#define ___ALLOC_ALIGN64(n) ___ALLOC(n)

#endif

#define ___BEGIN_ALLOC_PAIR()___hp[0] = ___MAKE_HD_WORDS(___PAIR_SIZE,___sPAIR)
#define ___ADD_PAIR_ELEM(i,val)___hp[(i)+___PAIR_BODY] = val
#define ___END_ALLOC_PAIR()___ALLOC(___PAIR_SIZE+___PAIR_BODY)
#define ___GET_PAIR()___PAIR_FROM_END(___hp)

#define ___BEGIN_ALLOC_SUBTYPED(hd)___hp[0] = hd
#define ___ADD_SUBTYPED_ELEM(i,val)___hp[(i)+___SUBTYPED_BODY] = val
#define ___END_ALLOC_SUBTYPED(n)___ALLOC((n)+___SUBTYPED_BODY)
#define ___GET_SUBTYPED(n)___SUBTYPED_FROM_END(___hp,n)

#define ___BEGIN_ALLOC_VECTOR_EXPR(n)___hp[0] = ___MAKE_HD_WORDS(n,___sVECTOR)
#define ___ADD_VECTOR_ELEM_EXPR(i,val)___hp[(i)+___VECTOR_BODY] = val
#define ___END_ALLOC_VECTOR_EXPR(n)___ALLOC((n)+___VECTOR_BODY)

#define ___BEGIN_ALLOC_VECTOR(n)___BEGIN_ALLOC_VECTOR_EXPR(n);
#define ___ADD_VECTOR_ELEM(i,val)___ADD_VECTOR_ELEM_EXPR(i,val);
#define ___END_ALLOC_VECTOR(n)___END_ALLOC_VECTOR_EXPR(n);
#define ___GET_VECTOR(n)___VECTOR_FROM_END(___hp,n)

#define ___GET_FLONUM()___FLONUM_FROM_END(___hp)

#define ___PAIR_FROM(ptr,n) \
___TAG(___CAST(___WORD*,ptr) - (___REFERENCE_TO_BODY+(n)), ___tPAIR)
#define ___PAIR_FROM_START(ptr)___PAIR_FROM(ptr,-___PAIR_BODY)
#define ___PAIR_FROM_END(ptr)___PAIR_FROM(ptr,___PAIR_SIZE)
#define ___PAIR_FROM_BODY(ptr)___PAIR_FROM(ptr,0)
#define ___PAIR_TO(obj,n) \
(___UNTAG_AS(obj,___tPAIR) + (___REFERENCE_TO_BODY+(n)))
#define ___PAIR_TO_START(obj)___PAIR_TO(obj,-___PAIR_BODY)
#define ___PAIR_TO_END(obj)___PAIR_TO(obj,___PAIR_SIZE)
#define ___PAIR_TO_BODY(obj)___PAIR_TO(obj,0)

#define ___SUBTYPED_FROM(ptr,n) \
___TAG(___CAST(___WORD*,ptr) - (___REFERENCE_TO_BODY+(n)), ___tSUBTYPED)
#define ___SUBTYPED_FROM_START(ptr)___SUBTYPED_FROM(ptr,-___SUBTYPED_BODY)
#define ___SUBTYPED_FROM_END(ptr,n)___SUBTYPED_FROM(ptr,n)
#define ___SUBTYPED_FROM_BODY(ptr)___SUBTYPED_FROM(ptr,0)
#define ___SUBTYPED_TO(obj,n) \
(___UNTAG_AS(obj,___tSUBTYPED) + (___REFERENCE_TO_BODY+(n)))
#define ___SUBTYPED_TO_START(obj)___SUBTYPED_TO(obj,-___SUBTYPED_BODY)
#define ___SUBTYPED_TO_END(obj,n)___SUBTYPED_TO(obj,n)
#define ___SUBTYPED_TO_BODY(obj)___SUBTYPED_TO(obj,0)

#define ___FLONUM_FROM(ptr,n) \
___TAG(___CAST(___WORD*,ptr) - (___REFERENCE_TO_BODY+(n)), ___tFLONUM)
#define ___FLONUM_FROM_START(ptr)___FLONUM_FROM(ptr,-___FLONUM_BODY)
#define ___FLONUM_FROM_END(ptr)___FLONUM_FROM(ptr,___FLONUM_SIZE)
#define ___FLONUM_FROM_BODY(ptr)___FLONUM_FROM(ptr,0)
#define ___FLONUM_TO(obj,n) \
(___UNTAG_AS(obj,___tFLONUM) + (___REFERENCE_TO_BODY+(n)))
#define ___FLONUM_TO_START(obj)___FLONUM_TO(obj,-___FLONUM_BODY)
#define ___FLONUM_TO_END(obj)___FLONUM_TO(obj,___FLONUM_SIZE)
#define ___FLONUM_TO_BODY(obj)___FLONUM_TO(obj,0)

#define ___VECTOR_FROM(ptr,n) \
___TAG(___CAST(___WORD*,ptr) - (___REFERENCE_TO_BODY+(n)), ___tVECTOR)
#define ___VECTOR_FROM_START(ptr)___VECTOR_FROM(ptr,-___VECTOR_BODY)
#define ___VECTOR_FROM_END(ptr,n)___VECTOR_FROM(ptr,n)
#define ___VECTOR_FROM_BODY(ptr)___VECTOR_FROM(ptr,0)
#define ___VECTOR_TO(obj,n) \
(___UNTAG_AS(obj,___tVECTOR) + (___REFERENCE_TO_BODY+(n)))
#define ___VECTOR_TO_START(obj)___VECTOR_TO(obj,-___VECTOR_BODY)
#define ___VECTOR_TO_END(obj,n)___VECTOR_TO(obj,n)
#define ___VECTOR_TO_BODY(obj)___VECTOR_TO(obj,0)

#define ___TAG(ptr,tag)(___CAST(___WORD,ptr)+(tag))
#define ___UNTAG(obj)___CAST(___WORD*,(obj)&~___TMASK)
#define ___UNTAG_AS(obj,tag)___CAST(___WORD*,(obj)-(tag))

#define ___TYP(x)((x)&___TMASK)
#define ___TESTMASK(x,mask,val)(((___CAST_U32(x)-(val))&(mask))==0)
#define ___TESTTYPE(x,typ)___TESTMASK(x,___TMASK,typ)

#define ___TESTHEADERTAG(x,s)(((x)&___SMASK)==((s)<<___HTB))
#define ___TESTSUBTYPETAG(x,s)___TESTHEADERTAG(___SUBTYPED_HEADER(x),s)
#define ___TESTSUBTYPE(x,s)(___TESTTYPE(___temp=(x),___tSUBTYPED)&&___TESTSUBTYPETAG(___temp,(s)))
#define ___TESTLENGTHSUBTYPETAG(x,bytes,s)((___SUBTYPED_HEADER(x)&___LSMASK)==___MAKE_HD(bytes,s,0))
#define ___TESTLENGTHSUBTYPE(x,bytes,s)(___TESTTYPE(___temp=(x),___tSUBTYPED)&&___TESTLENGTHSUBTYPETAG(___temp,bytes,s))

#define ___HEADER(obj)___BODY0(obj)[-1]
#define ___HEADER_SET(obj,head)___HEADER(obj) = head

#define ___SUBTYPED_HEADER(obj)___SUBTYPED_TO_BODY(obj)[-1]
#define ___SUBTYPED_HEADER_SET(obj,head)___SUBTYPED_TO_BODY(obj)[-1] = head

#define ___VECTOR_HEADER(obj)___VECTOR_TO_BODY(obj)[-1]
#define ___VECTOR_HEADER_SET(obj,head)___VECTOR_TO_BODY(obj)[-1] = head

#define ___MAKE_HD(bytes,subtype,tag)(((bytes)<<___LF)+((subtype)<<___HTB)+(tag))
#define ___HD_TYP(head)((head)&___HTMASK)
#define ___HD_BYTES(head)(___CAST(___UWORD,head)>>___LF)
#define ___HD_WORDS(head)(((___CAST(___UWORD,head)+((___WS-1)<<___LF)))>>(___LF+___LWS))
#define ___HD_FIELDS(head)(___CAST(___UWORD,head)>>(___LF+___LWS))

#if ___LWS >= ___TB_FIXNUM
#define ___HD_FIELDS_FIX(head)(___CAST(___UWORD,head)>>(___LF+___LWS-___TB_FIXNUM))
#else
#define ___HD_FIELDS_FIX(head)___FIX(___HD_FIELDS(head))
#endif

#define ___HD_SUBTYPE(head)((head)>>___HTB&((1<<___SB)-1))

#define ___FIELD(type,obj,i)(*(___BODY_AS(obj,___t ## type)+i))

#define ___WORDS(bytes)(((bytes)+___WS-1)>>___LWS)

#define ___MAKE_HD_BYTES(bytes,subtype)___MAKE_HD(bytes,subtype,___MOVABLE0)
#define ___MAKE_HD_WORDS(words,subtype)___MAKE_HD(((words)<<___LWS),subtype,___MOVABLE0)

/* Flonum boxing and unboxing */

#ifdef ___NAN_BOXING

#define ___FLO_CONST(sub,hi,lo) \
___DOUBLE_BIAS_ADD((___CAST(___U64,___CAST(___U32,hi))<<32) + ___CAST(___U64,___CAST(___U32,lo)))

#define ___F64UNBOX(x) ___F64_FROM_U64(___DOUBLE_BIAS_SUB(x))
#define ___F64UNBOXI(x) ___F64UNBOX(x)

#define ___F64BOX(x) ___DOUBLE_BIAS_ADD(___F64_TO_U64(x))

#else

#define ___MEM_ALLOCATED_FLONUM_GET(obj) *___CAST(___F64*,___BODY_AS(obj,___tFLONUM))
#define ___MEM_ALLOCATED_FLONUM_SET(obj,val) ___MEM_ALLOCATED_FLONUM_GET(obj) = val

#define ___MEM_ALLOCATED_FLONUM_ALLOC(val) \
(___ALLOC_ALIGN64(1+___FLONUM_SIZE), \
 ___hp[-(1+___FLONUM_SIZE)] = ___MAKE_HD_WORDS(___FLONUM_SIZE,___sFLONUM), \
 *___CAST(___F64*,___hp-___FLONUM_SIZE) = (val), \
 ___GET_FLONUM())

#if ___FLONUM_SELF_TAGGING_TAGS > 0

#if ___FLONUM_SELF_TAGGING_TAGS == 1

#define ___SELF_TAGGED_FLONUM_OFFSET (6*2 + 1)
#define ___SELF_TAGGED_FLONUM_SHIFT1 58
#define ___SELF_TAGGED_FLONUM_SHIFT2 1

#define ___SELF_TAGGED_FLONUM(x)___TESTMASK(x,7,6)

#elif ___FLONUM_SELF_TAGGING_TAGS == 2

#define ___SELF_TAGGED_FLONUM_OFFSET (2*2 + 1)
#define ___SELF_TAGGED_FLONUM_SHIFT1 59
#define ___SELF_TAGGED_FLONUM_SHIFT2 1

#define ___SELF_TAGGED_FLONUM(x)___TESTMASK(x,3,2)

#elif ___FLONUM_SELF_TAGGING_TAGS == 3

#define ___SELF_TAGGED_FLONUM_OFFSET 3
#define ___SELF_TAGGED_FLONUM_SHIFT1 60
#define ___SELF_TAGGED_FLONUM_SHIFT2 0

#ifdef ___USE_HAS_TAG_IN_SET
#define ___SELF_TAGGED_FLONUM(x) ___HAS_TAG_IN_SET(x, ((1<<3)|(1<<6)|(1<<7)))
#else
#define ___SELF_TAGGED_FLONUM(x) (((x)&2) && !___TESTTYPE(x,___tFLONUM))
#endif

#else

#define ___SELF_TAGGED_FLONUM_OFFSET 3
#define ___SELF_TAGGED_FLONUM_SHIFT1 60
#define ___SELF_TAGGED_FLONUM_SHIFT2 0

#define ___SELF_TAGGED_FLONUM(x) ((x)&2)

#endif

#if ___FLONUM_SELF_TAGGING_TAGS <= 2
#define ___MEM_ALLOCATED_FLONUM_GIVEN_FLONUM(x)((x)&1)
#else
#define ___MEM_ALLOCATED_FLONUM_GIVEN_FLONUM(x)___TESTTYPE(x,___tFLONUM)
#endif

#define ___FLO_CONST(sub,hi,lo) \
(___SELF_TAGGED_FLONUM(((___CAST(___U32,hi)>>(___SELF_TAGGED_FLONUM_SHIFT1-32))+___SELF_TAGGED_FLONUM_OFFSET)>>___SELF_TAGGED_FLONUM_SHIFT2) \
 ? ___CAST(___WORD,___ROTR64(___ROTR64((___CAST(___U64,___CAST(___U32,hi))<<32) + ___CAST(___U64,___CAST(___U32,lo)),___SELF_TAGGED_FLONUM_SHIFT1)+___SELF_TAGGED_FLONUM_OFFSET,___SELF_TAGGED_FLONUM_SHIFT2)) \
 : sub)

#define ___F64UNBOX(x) \
({___U64 ___u64_x = ___CAST(___U64,x); \
  ___EXPECT_FALSE(___MEM_ALLOCATED_FLONUM_GIVEN_FLONUM(___u64_x)) \
  ? ___MEM_ALLOCATED_FLONUM_GET(___u64_x) \
  : (___u64_x = ___ROTL64(___u64_x, ___SELF_TAGGED_FLONUM_SHIFT2)-___SELF_TAGGED_FLONUM_OFFSET, \
     ___F64_FROM_U64(___ROTL64(___u64_x, ___SELF_TAGGED_FLONUM_SHIFT1)));})

#define ___F64UNBOXI(x) \
({___U64 ___u64_x = ___CAST(___U64,x); \
  ___u64_x = ___ROTL64(___u64_x, ___SELF_TAGGED_FLONUM_SHIFT2)-___SELF_TAGGED_FLONUM_OFFSET; \
  ___F64_FROM_U64(___ROTL64(___u64_x, ___SELF_TAGGED_FLONUM_SHIFT1));})

#define ___F64BOX(x) \
({___U64 ___u64_x = ___F64_TO_U64_FOR_SELF_TAGGING(x); \
  ___EXPECT_TRUE(___SELF_TAGGED_FLONUM(___u64_x)) \
  ? ___CAST(___WORD,___u64_x) \
  : ___MEM_ALLOCATED_FLONUM_ALLOC(x);})

#define ___F64_TO_U64_FOR_SELF_TAGGING(x) \
({___U64 ___u64_x = ___F64_TO_U64(x); \
  ___u64_x = ___ROTR64(___u64_x, ___SELF_TAGGED_FLONUM_SHIFT1)+___SELF_TAGGED_FLONUM_OFFSET; \
  ___ROTR64(___u64_x, ___SELF_TAGGED_FLONUM_SHIFT2);})

#else

#define ___SELF_TAGGED_FLONUM(x) 0

#define ___FLO_CONST(sub,hi,lo) sub

#define ___F64UNBOX(x) ___MEM_ALLOCATED_FLONUM_GET(x)
#define ___F64UNBOXI(x) ___F64UNBOX(x)
#define ___F64BOX(x) ___MEM_ALLOCATED_FLONUM_ALLOC(x)

#endif

#endif

#define ___FLO(i,hi,lo) ___FLO_CONST(___SUB(i),hi,lo)
#define ___REF_FLO(i,hi,lo) ___REF_SUB(i)

#define ___D_F64(x)___F64 x;
#define ___SET_F64(x,y)x=y;

/* Bignum representation */

#define ___BIG_FBASE_WIDTH 8

#if ___FIX_WIDTH == 30
#define ___BIG_MBASE_WIDTH 16
#else
#define ___BIG_MBASE_WIDTH 32
#endif

#ifndef ___BUILTIN_64BIT_INT_TYPE
#define ___BIG_ABASE_WIDTH 32
#else
#define ___BIG_ABASE_WIDTH 64
#endif

#if ___BIG_ABASE_WIDTH == 32

#define ___BIGAFETCH(base,i) ___FETCH_U32(base,i)
#define ___BIGAFETCHSIGNED(base,i) ___FETCH_S32(base,i)
#define ___BIGASTORE(base,i,val) ___STORE_U32(base,i,val)
#define ___BIGASTORESIGNED(base,i,val) ___STORE_S32(base,i,val)
#define ___BIGALENGTH(vect) ___U32VECTORLENGTH(vect)
#define ___BIGADIGIT ___U32
#define ___BIGADIGITSIGNED ___S32
#define ___BIGASHRINK(x,y) ___U32VECTORSHRINK(x,y)
#define ___BIGATEMP ___u32_temp

#else

#define ___BIGAFETCH(base,i) ___FETCH_U64(base,i)
#define ___BIGAFETCHSIGNED(base,i) ___FETCH_S64(base,i)
#define ___BIGASTORE(base,i,val) ___STORE_U64(base,i,val)
#define ___BIGASTORESIGNED(base,i,val) ___STORE_S64(base,i,val)
#define ___BIGALENGTH(vect) ___U64VECTORLENGTH(vect)
#define ___BIGADIGIT ___U64
#define ___BIGADIGITSIGNED ___S64
#define ___BIGASHRINK(x,y) ___U64VECTORSHRINK(x,y)
#define ___BIGATEMP ___u64_temp

#endif

#define ___BIG_ABASE_MIN_1 (~___CAST(___BIGADIGIT,0))

#if ___BIG_ABASE_WIDTH == 32

#define ___S32UNBOX(x) \
(___FIXNUMP(___temp=(x)) \
 ? ___INT(___temp) \
 : ___BIGAFETCHSIGNED(___BODY_AS(___temp,___tSUBTYPED),0))

#define ___U32UNBOX(x) \
(___FIXNUMP(___temp=(x)) \
 ? ___CAST_U32(___INT(___temp)) \
 : ___BIGAFETCH(___BODY_AS(___temp,___tSUBTYPED),0))

#define ___S64UNBOX(x) \
(___FIXNUMP(___temp=(x)) \
 ? ___S64_from_SM32(___INT(___temp)) \
 : (___HD_BYTES(___SUBTYPED_HEADER(___temp)) == (1<<2) \
    ? ___S64_from_SM32(___BIGAFETCHSIGNED(___BODY_AS(___temp,___tSUBTYPED),0)) \
    : ___S64_from_SM32_UM32(___BIGAFETCHSIGNED(___BODY_AS(___temp,___tSUBTYPED),1),___BIGAFETCH(___BODY_AS(___temp,___tSUBTYPED),0))))

#define ___U64UNBOX(x) \
(___FIXNUMP(___temp=(x)) \
 ? ___U64_from_UM32(___CAST_U32(___INT(___temp))) \
 : (___HD_BYTES(___SUBTYPED_HEADER(___temp)) == (1<<2) \
    ? ___U64_from_UM32(___BIGAFETCH(___BODY_AS(___temp,___tSUBTYPED),0)) \
    : ___U64_from_UM32_UM32(___BIGAFETCH(___BODY_AS(___temp,___tSUBTYPED),1),___BIGAFETCH(___BODY_AS(___temp,___tSUBTYPED),0))))

#if ___FIX_WIDTH == 30

#define ___S32BOX(x) \
(___s32_temp=(x), \
 (___s32_temp >= ___MIN_FIX && ___s32_temp <= ___MAX_FIX \
  ? ___FIX(___s32_temp) \
  : (___ALLOC(1+___WORDS(1<<2)), \
     ___hp[-(1+___WORDS(1<<2))] = ___MAKE_HD_BYTES(1<<2,___sBIGNUM), \
     ___BIGASTORESIGNED(___hp,-1,___s32_temp), \
     ___GET_SUBTYPED(___WORDS(1<<2)))))

#define ___U32BOX(x) \
(___u32_temp=(x), \
 (___u32_temp <= ___CAST_U32(___MAX_FIX) \
  ? ___FIX(___u32_temp) \
  : (___CAST_S32(___u32_temp) < 0 \
     ? (___ALLOC(1+___WORDS(2<<2)), \
        ___hp[-(1+___WORDS(2<<2))] = ___MAKE_HD_BYTES(2<<2,___sBIGNUM), \
        ___BIGASTORE(___hp,-2,___u32_temp), \
        ___BIGASTORE(___hp,-1,0), \
        ___GET_SUBTYPED(___WORDS(2<<2))) \
     : (___ALLOC(1+___WORDS(1<<2)), \
        ___hp[-(1+___WORDS(1<<2))] = ___MAKE_HD_BYTES(1<<2,___sBIGNUM), \
        ___BIGASTORE(___hp,-1,___u32_temp), \
        ___GET_SUBTYPED(___WORDS(1<<2))))))

#define ___S64BOX(x) \
(___s64_temp=(x), \
 (((___s32_temp = ___CAST_S32(___S64_lo32(___s64_temp)))>>31) \
  == ___S64_hi32(___s64_temp) \
  ? (___s32_temp >= ___MIN_FIX && ___s32_temp <= ___MAX_FIX \
     ? ___FIX(___s32_temp) \
     : (___ALLOC(1+___WORDS(1<<2)), \
        ___hp[-(1+___WORDS(1<<2))] = ___MAKE_HD_BYTES(1<<2,___sBIGNUM), \
        ___BIGASTORE(___hp,-1,___s32_temp), \
        ___GET_SUBTYPED(___WORDS(1<<2)))) \
  : (___ALLOC(1+___WORDS(2<<2)), \
     ___hp[-(1+___WORDS(2<<2))] = ___MAKE_HD_BYTES(2<<2,___sBIGNUM), \
     ___BIGASTORE(___hp,-2,___s32_temp), \
     ___BIGASTORESIGNED(___hp,-1,___S64_hi32(___s64_temp)), \
     ___GET_SUBTYPED(___WORDS(2<<2)))))

#define ___U64BOX(x) \
(___u64_temp=(x), \
 (___CAST_S32(___U64_hi32(___u64_temp)) < 0 \
  ? (___ALLOC(1+___WORDS(3<<2)), \
     ___hp[-(1+___WORDS(3<<2))] = ___MAKE_HD_BYTES(3<<2,___sBIGNUM), \
     ___BIGASTORE(___hp,-3,___U64_lo32(___u64_temp)), \
     ___BIGASTORE(___hp,-2,___U64_hi32(___u64_temp)), \
     ___BIGASTORE(___hp,-1,0), \
     ___GET_SUBTYPED(___WORDS(3<<2))) \
  : (((___u32_temp = ___U64_lo32(___u64_temp)) & (___CAST_U32(1)<<31)) \
     == ___U64_hi32(___u64_temp) \
     ? (___u32_temp <= ___MAX_FIX \
        ? ___FIX(___u32_temp) \
        : (___ALLOC(1+___WORDS(1<<2)), \
           ___hp[-(1+___WORDS(1<<2))] = ___MAKE_HD_BYTES(1<<2,___sBIGNUM), \
           ___BIGASTORE(___hp,-1,___u32_temp), \
           ___GET_SUBTYPED(___WORDS(1<<2)))) \
     : (___ALLOC(1+___WORDS(2<<2)), \
        ___hp[-(1+___WORDS(2<<2))] = ___MAKE_HD_BYTES(2<<2,___sBIGNUM), \
        ___BIGASTORE(___hp,-2,___u32_temp), \
        ___BIGASTORESIGNED(___hp,-1,___S64_hi32(___u64_temp)), \
        ___GET_SUBTYPED(___WORDS(2<<2))))))

#else

#define ___S32BOX(x) ___FIX(___FW(x))
#define ___U32BOX(x) ___FIX(___UFW(x))

#define ___S64BOX(x) \
(___s64_temp=(x), \
 (___s64_temp >= ___MIN_FIX && ___s64_temp <= ___MAX_FIX \
  ? ___FIX(___s64_temp) \
  : ((___CAST_S32(___S64_lo32(___s64_temp))>>31) == ___S64_hi32(___s64_temp) \
     ? (___ALLOC(1+___WORDS(1<<2)), \
        ___hp[-(1+___WORDS(1<<2))] = ___MAKE_HD_BYTES(1<<2,___sBIGNUM), \
        ___BIGASTORE(___hp,-1,___S64_lo32(___s64_temp)), \
        ___GET_SUBTYPED(___WORDS(1<<2))) \
     : (___ALLOC(1+___WORDS(2<<2)), \
        ___hp[-(1+___WORDS(2<<2))] = ___MAKE_HD_BYTES(2<<2,___sBIGNUM), \
        ___BIGASTORE(___hp,-2,___S64_lo32(___s64_temp)), \
        ___BIGASTORESIGNED(___hp,-1,___S64_hi32(___s64_temp)), \
        ___GET_SUBTYPED(___WORDS(2<<2))))))

#define ___U64BOX(x) \
(___u64_temp=(x), \
 (___u64_temp <= ___CAST_U64(___MAX_FIX) \
  ? ___FIX(___u64_temp) \
  : (___CAST_S64(___u64_temp) < 0 \
     ? (___ALLOC(1+___WORDS(3<<2)), \
        ___hp[-(1+___WORDS(3<<2))] = ___MAKE_HD_BYTES(3<<2,___sBIGNUM), \
        ___BIGASTORE(___hp,-3,___U64_lo32(___u64_temp)), \
        ___BIGASTORE(___hp,-2,___U64_hi32(___u64_temp)), \
        ___BIGASTORE(___hp,-1,0), \
        ___GET_SUBTYPED(___WORDS(3<<2))) \
     : ((___U64_lo32(___u64_temp) & (___CAST_U32(1)<<31)) == ___U64_hi32(___u64_temp) \
        ? (___ALLOC(1+___WORDS(1<<2)), \
           ___hp[-(1+___WORDS(1<<2))] = ___MAKE_HD_BYTES(1<<2,___sBIGNUM), \
           ___BIGASTORE(___hp,-1,___S64_lo32(___u64_temp)), \
           ___GET_SUBTYPED(___WORDS(1<<2))) \
        : (___ALLOC(1+___WORDS(2<<2)), \
           ___hp[-(1+___WORDS(2<<2))] = ___MAKE_HD_BYTES(2<<2,___sBIGNUM), \
           ___BIGASTORE(___hp,-2,___S64_lo32(___u64_temp)), \
           ___BIGASTORESIGNED(___hp,-1,___S64_hi32(___u64_temp)), \
           ___GET_SUBTYPED(___WORDS(2<<2)))))))

#endif

#else

#define ___S32UNBOX(x) \
(___FIXNUMP(___temp=(x)) \
 ? ___INT(___temp) \
 : ___CAST_S32(___U64_lo32(___BIGAFETCH(___BODY_AS(___temp,___tSUBTYPED),0))))

#define ___U32UNBOX(x) \
(___FIXNUMP(___temp=(x)) \
 ? ___CAST_U32(___INT(___temp)) \
 : ___U64_lo32(___BIGAFETCH(___BODY_AS(___temp,___tSUBTYPED),0)))

#define ___S64UNBOX(x) \
(___FIXNUMP(___temp=(x)) \
 ? ___INT(___temp) \
 : ___BIGAFETCHSIGNED(___BODY_AS(___temp,___tSUBTYPED),0))

#define ___U64UNBOX(x) \
(___FIXNUMP(___temp=(x)) \
 ? ___CAST_U64(___INT(___temp)) \
 : ___BIGAFETCH(___BODY_AS(___temp,___tSUBTYPED),0))

#if ___FIX_WIDTH == 30

#define ___S32BOX(x) \
(___s32_temp=(x), \
 (___s32_temp >= ___MIN_FIX && ___s32_temp <= ___MAX_FIX \
  ? ___FIX(___s32_temp) \
  : (___ALLOC_ALIGN64(1+___WORDS(1<<3)), \
     ___hp[-(1+___WORDS(1<<3))] = ___MAKE_HD_BYTES(1<<3,___sBIGNUM), \
     ___BIGASTORESIGNED(___hp,-1,___S64_from_SM32(___s32_temp)), \
     ___GET_SUBTYPED(___WORDS(1<<3)))))

#define ___U32BOX(x) \
(___u32_temp=(x), \
 (___u32_temp <= ___CAST_U32(___MAX_FIX) \
  ? ___FIX(___u32_temp) \
  : (___ALLOC_ALIGN64(1+___WORDS(1<<3)), \
     ___hp[-(1+___WORDS(1<<3))] = ___MAKE_HD_BYTES(1<<3,___sBIGNUM), \
     ___BIGASTORE(___hp,-1,___U64_from_UM32(___u32_temp)), \
     ___GET_SUBTYPED(___WORDS(1<<3)))))

#else

#define ___S32BOX(x) ___FIX(___FW(x))
#define ___U32BOX(x) ___FIX(___UFW(x))

#endif

#define ___S64BOX(x) \
(___s64_temp=(x), \
 (___s64_temp >= ___MIN_FIX && ___s64_temp <= ___MAX_FIX \
  ? ___FIX(___s64_temp) \
  : (___ALLOC_ALIGN64(1+___WORDS(1<<3)), \
     ___hp[-(1+___WORDS(1<<3))] = ___MAKE_HD_BYTES(1<<3,___sBIGNUM), \
     ___BIGASTORESIGNED(___hp,-1,___s64_temp), \
     ___GET_SUBTYPED(___WORDS(1<<3)))))

#define ___U64BOX(x) \
(___u64_temp=(x), \
 (___u64_temp <= ___CAST_U64(___MAX_FIX) \
  ? ___FIX(___u64_temp) \
  : (___CAST_S64(___u64_temp) < 0 \
     ? (___ALLOC_ALIGN64(1+___WORDS(2<<3)), \
        ___hp[-(1+___WORDS(2<<3))] = ___MAKE_HD_BYTES(2<<3,___sBIGNUM), \
        ___BIGASTORE(___hp,-2,___u64_temp), \
        ___BIGASTORE(___hp,-1,0), \
        ___GET_SUBTYPED(___WORDS(2<<3))) \
     : (___ALLOC_ALIGN64(1+___WORDS(1<<3)), \
        ___hp[-(1+___WORDS(1<<3))] = ___MAKE_HD_BYTES(1<<3,___sBIGNUM), \
        ___BIGASTORE(___hp,-1,___u64_temp), \
        ___GET_SUBTYPED(___WORDS(1<<3))))))

#endif

#if ___BIG_ABASE_WIDTH == 32

#if ___WORD_WIDTH == 32

#define ___BIGFROMFIX(x) \
(___ALLOC(1+___WORDS(1<<2)), \
 ___hp[-(1+___WORDS(1<<2))] = ___MAKE_HD_BYTES(1<<2,___sBIGNUM), \
 ___BIGASTORESIGNED(___hp,-1,___INT(x)), \
 ___GET_SUBTYPED(___WORDS(1<<2)))

#else

#define ___BIGFROMFIX(x) \
(___ALLOC(1+___WORDS(2<<2)), \
 ___hp[-(1+___WORDS(2<<2))] = ___MAKE_HD_BYTES(2<<2,___sBIGNUM), \
 ___BIGASTORE(___hp,-2,___S64_lo32(___INT(x))), \
 ___BIGASTORESIGNED(___hp,-1,___S64_hi32(___INT(x))), \
 ___GET_SUBTYPED(___WORDS(2<<2)))

#endif

#else

#define ___BIGFROMFIX(x) \
(___ALLOC_ALIGN64(1+___WORDS(1<<3)), \
 ___hp[-(1+___WORDS(1<<3))] = ___MAKE_HD_BYTES(1<<3,___sBIGNUM), \
 ___BIGASTORESIGNED(___hp,-1,___CAST(___BIGADIGIT,___INT(x))), \
 ___GET_SUBTYPED(___WORDS(1<<3)))

#endif

#define ___BIGALESSP(x,y,i) \
(___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM) \
 < (___BIGAFETCH(___BODY_AS(y,___tSUBTYPED),(i)>>___TB_FIXNUM)))

#define ___BIGAEQP(x,y,i) \
(___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM) \
 == (___BIGAFETCH(___BODY_AS(y,___tSUBTYPED),(i)>>___TB_FIXNUM)))

#define ___BIGAONESP(x,i) \
(___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM) == ___BIG_ABASE_MIN_1)

#define ___BIGAZEROP(x,i) \
(___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM) == 0)

#define ___BIGANEGATIVEP(x,i) \
(___BIGAFETCHSIGNED(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM) < 0)

#define ___BIGTOFIX(x) \
(___BIGATEMP=___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),0), \
 (___BIGATEMP == ___CAST(___BIGADIGIT,___INT(___FIX(___BIGATEMP))) ? ___FIX(___BIGATEMP) : ___FAL))


#define ___BIGACAT(x,i,hi,j,lo,k,divider) \
___BIGATEMP=((___BIGADIGIT)___BIGAFETCH(___BODY_AS(hi,___tSUBTYPED),(j)>>___TB_FIXNUM) << ___INT(divider)) | \
            ((___BIGADIGIT)___BIGAFETCH(___BODY_AS(lo,___tSUBTYPED),(k)>>___TB_FIXNUM) >> (___BIG_ABASE_WIDTH - ___INT(divider))); \
___BIGASTORE(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM,(___BIGADIGIT)___BIGATEMP);

#define ___BIGAAND(x,i,y,j) \
___BIGATEMP= ___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM) & ___BIGAFETCH(___BODY_AS(y,___tSUBTYPED),(j)>>___TB_FIXNUM); \
___BIGASTORE(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM,(___BIGADIGIT)___BIGATEMP);

#define ___BIGAANDC1(x,i,y,j) \
___BIGATEMP= ~___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM) & ___BIGAFETCH(___BODY_AS(y,___tSUBTYPED),(j)>>___TB_FIXNUM); \
___BIGASTORE(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM,(___BIGADIGIT)___BIGATEMP);

#define ___BIGAANDC2(x,i,y,j) \
___BIGATEMP= ___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM) & ~___BIGAFETCH(___BODY_AS(y,___tSUBTYPED),(j)>>___TB_FIXNUM); \
___BIGASTORE(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM,(___BIGADIGIT)___BIGATEMP);

#define ___BIGAEQV(x,i,y,j) \
___BIGATEMP= ~(___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM) ^ ___BIGAFETCH(___BODY_AS(y,___tSUBTYPED),(j)>>___TB_FIXNUM)); \
___BIGASTORE(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM,(___BIGADIGIT)___BIGATEMP);

#define ___BIGAIOR(x,i,y,j) \
___BIGATEMP= ___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM) | ___BIGAFETCH(___BODY_AS(y,___tSUBTYPED),(j)>>___TB_FIXNUM); \
___BIGASTORE(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM,(___BIGADIGIT)___BIGATEMP);

#define ___BIGANAND(x,i,y,j) \
___BIGATEMP= ~(___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM) & ___BIGAFETCH(___BODY_AS(y,___tSUBTYPED),(j)>>___TB_FIXNUM)); \
___BIGASTORE(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM,(___BIGADIGIT)___BIGATEMP);

#define ___BIGANOR(x,i,y,j) \
___BIGATEMP= ~(___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM) | ___BIGAFETCH(___BODY_AS(y,___tSUBTYPED),(j)>>___TB_FIXNUM)); \
___BIGASTORE(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM,(___BIGADIGIT)___BIGATEMP);

#define ___BIGANOT(x,i) \
___BIGATEMP= ~___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM); \
___BIGASTORE(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM,(___BIGADIGIT)___BIGATEMP);

#define ___BIGAORC1(x,i,y,j) \
___BIGATEMP= ~___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM) | ___BIGAFETCH(___BODY_AS(y,___tSUBTYPED),(j)>>___TB_FIXNUM); \
___BIGASTORE(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM,(___BIGADIGIT)___BIGATEMP);

#define ___BIGAORC2(x,i,y,j) \
___BIGATEMP= ___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM) | ~___BIGAFETCH(___BODY_AS(y,___tSUBTYPED),(j)>>___TB_FIXNUM); \
___BIGASTORE(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM,(___BIGADIGIT)___BIGATEMP);

#define ___BIGAXOR(x,i,y,j) \
___BIGATEMP= ___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM) ^ ___BIGAFETCH(___BODY_AS(y,___tSUBTYPED),(j)>>___TB_FIXNUM); \
___BIGASTORE(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM,(___BIGADIGIT)___BIGATEMP);


#define ___BIGNEGATIVEP(x) \
(___BIGAFETCHSIGNED(___BODY_AS(x,___tSUBTYPED),___FIXSUB(___BIGALENGTH(x),___FIX_1)>>___TB_FIXNUM) < 0)

#define ___BIGACOPY(result,i,y,j) \
___BIGASTORE(___BODY_AS(result,___tSUBTYPED),(i)>>___TB_FIXNUM, \
___BIGAFETCH(___BODY_AS(y,___tSUBTYPED),(j)>>___TB_FIXNUM));

#define ___BIGAINC(x,i) \
(___BIGATEMP = (___BIGADIGIT)___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM)+(___BIGADIGIT) 1, \
 ___BIGASTORE(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM,(___BIGADIGIT)___BIGATEMP), \
(___BIGATEMP == 0 ? ___FIX_1 : ___FIX_0))

#define ___BIGADEC(x,i) \
(___BIGATEMP = (___BIGADIGIT)___BIGAFETCH(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM)-(___BIGADIGIT) 1, \
 ___BIGASTORE(___BODY_AS(x,___tSUBTYPED),(i)>>___TB_FIXNUM,(___BIGADIGIT)___BIGATEMP), \
(___BIGATEMP == ___BIG_ABASE_MIN_1 ? ___FIX_1 : ___FIX_0))

#define ___BIGAADD(result,i,y,j,carry) \
(carry ? (___BIGATEMP=(___BIGADIGIT)___BIGAFETCH(___BODY_AS(result,___tSUBTYPED),___INT(i))+ \
                      (___BIGADIGIT)___BIGAFETCH(___BODY_AS(     y,___tSUBTYPED),___INT(j))+ \
                      (___BIGADIGIT) 1, \
          ((___BIGADIGIT) ___BIGATEMP <= (___BIGADIGIT)___BIGAFETCH(___BODY_AS(result,___tSUBTYPED),___INT(i)) \
           ? \
           (___BIGASTORE(___BODY_AS(result,___tSUBTYPED),___INT(i),(___BIGADIGIT)___BIGATEMP), ___FIX_1) \
           : \
           (___BIGASTORE(___BODY_AS(result,___tSUBTYPED),___INT(i),(___BIGADIGIT)___BIGATEMP), ___FIX_0))) \
         : \
         (___BIGATEMP=(___BIGADIGIT)___BIGAFETCH(___BODY_AS(result,___tSUBTYPED),___INT(i))+ \
                      (___BIGADIGIT)___BIGAFETCH(___BODY_AS(     y,___tSUBTYPED),___INT(j)), \
          ((___BIGADIGIT) ___BIGATEMP < (___BIGADIGIT)___BIGAFETCH(___BODY_AS(result,___tSUBTYPED),___INT(i)) \
           ? \
           (___BIGASTORE(___BODY_AS(result,___tSUBTYPED),___INT(i),(___BIGADIGIT)___BIGATEMP), ___FIX_1) \
           : \
           (___BIGASTORE(___BODY_AS(result,___tSUBTYPED),___INT(i),(___BIGADIGIT)___BIGATEMP), ___FIX_0))))

#define ___BIGASUB(result,i,y,j,borrow) \
(borrow ? (___BIGATEMP=(___BIGADIGIT)___BIGAFETCH(___BODY_AS(result,___tSUBTYPED),___INT(i))- \
                       (___BIGADIGIT)___BIGAFETCH(___BODY_AS(     y,___tSUBTYPED),___INT(j))- \
                       (___BIGADIGIT) 1, \
           ((___BIGADIGIT) ___BIGATEMP >= (___BIGADIGIT)___BIGAFETCH(___BODY_AS(result,___tSUBTYPED),___INT(i)) \
            ? \
            (___BIGASTORE(___BODY_AS(result,___tSUBTYPED),___INT(i),(___BIGADIGIT)___BIGATEMP), ___FIX_1) \
            : \
            (___BIGASTORE(___BODY_AS(result,___tSUBTYPED),___INT(i),(___BIGADIGIT)___BIGATEMP), ___FIX_0))) \
          : \
          (___BIGATEMP=(___BIGADIGIT)___BIGAFETCH(___BODY_AS(result,___tSUBTYPED),___INT(i))- \
                       (___BIGADIGIT)___BIGAFETCH(___BODY_AS(     y,___tSUBTYPED),___INT(j)), \
           ((___BIGADIGIT) ___BIGATEMP > (___BIGADIGIT)___BIGAFETCH(___BODY_AS(result,___tSUBTYPED),___INT(i)) \
            ? \
            (___BIGASTORE(___BODY_AS(result,___tSUBTYPED),___INT(i),(___BIGADIGIT)___BIGATEMP), ___FIX_1) \
            : \
            (___BIGASTORE(___BODY_AS(result,___tSUBTYPED),___INT(i),(___BIGADIGIT)___BIGATEMP), ___FIX_0))))

#if ___BIG_MBASE_WIDTH == 16

#ifdef ___BIG_ENDIAN

#if ___BIG_ABASE_WIDTH == 64
#define ___BIG_END_MFLIP(x)((x)^___FIX(3))
#else
#define ___BIG_END_MFLIP(x)((x)^___FIX(1))
#endif
#else
#define ___BIG_END_MFLIP(x)(x)
#endif

#define ___BIGMLENGTH(v) ___U16VECTORLENGTH(v)
#define ___BIGMFETCH(base,i) ___FETCH_U16(base,i)
#define ___BIGMSTORE(base,i,val) ___STORE_U16(base,i,val)
#define ___BIGMDIGIT ___U16
#define ___BIGMDOUBLEDIGIT ___U32

#else

#ifdef ___BIG_ENDIAN
#define ___BIG_END_MFLIP(x)((x)^___FIX(1))
#else
#define ___BIG_END_MFLIP(x)(x)
#endif

#define ___BIGMLENGTH(v) ___U32VECTORLENGTH(v)
#define ___BIGMFETCH(base,i) ___FETCH_U32(base,i)
#define ___BIGMSTORE(base,i,val) ___STORE_U32(base,i,val)
#define ___BIGMDIGIT ___U32
#define ___BIGMDOUBLEDIGIT ___U64

#endif

#define ___BIG_MBASE ((___BIGMDOUBLEDIGIT)1 << ___BIG_MBASE_WIDTH)

#define ___BIGMREF(x,j) \
___FIX(___BIGMFETCH(___BODY_AS(x,___tSUBTYPED),___BIG_END_MFLIP(j)>>___TB_FIXNUM))

#define ___BIGMSET(result,i,carry) \
___BIGMSTORE(___BODY_AS(result,___tSUBTYPED),___BIG_END_MFLIP(i)>>___TB_FIXNUM,___INT(carry));

#define ___BIGMMUL(result,i,y,j,multiplier,carry) \
     (___temp=(___BIGMDOUBLEDIGIT)___BIGMFETCH(___BODY_AS(result,___tSUBTYPED),___INT(___BIG_END_MFLIP(i))) \
      + (___BIGMDOUBLEDIGIT)___BIGMFETCH(___BODY_AS(y,___tSUBTYPED),___INT(___BIG_END_MFLIP(j))) \
      * (___BIGMDOUBLEDIGIT)___INT(multiplier) \
      + (___BIGMDOUBLEDIGIT)___INT(carry), \
      ___BIGMSTORE(___BODY_AS(result,___tSUBTYPED),___INT(___BIG_END_MFLIP(i)),(___BIGMDIGIT)___temp), \
      ___FIX((___BIGMDOUBLEDIGIT)___temp >> ___BIG_MBASE_WIDTH))

#define ___BIGMDIV(u,i,v,k,q,borrow) \
     (___temp = (___BIGMDOUBLEDIGIT)___BIGMFETCH(___BODY_AS(u,___tSUBTYPED),___INT(___BIG_END_MFLIP(i))) \
                -(___BIGMDOUBLEDIGIT)___BIGMFETCH(___BODY_AS(v,___tSUBTYPED),___INT(___BIG_END_MFLIP(k))) \
                 * (___BIGMDOUBLEDIGIT)___INT(q) \
                 + (___BIGMDOUBLEDIGIT)___INT(borrow),\
      ___BIGMSTORE(___BODY_AS(u,___tSUBTYPED),___INT(___BIG_END_MFLIP(i)),((___BIGMDIGIT) ___temp)), \
      ___temp >>= ___BIG_MBASE_WIDTH, \
      (___temp > 0 ? ___FIX(___temp - ___BIG_MBASE) : ___FIX(___temp)))


#define ___BIGMQUO(u,j,v) \
___FIX((((___BIGMDOUBLEDIGIT)___BIGMFETCH(___BODY_AS(u,___tSUBTYPED),___INT(___BIG_END_MFLIP(j))) << ___BIG_MBASE_WIDTH) \
+___BIGMFETCH(___BODY_AS(u,___tSUBTYPED),___INT(___BIG_END_MFLIP(j-___FIX(1)))))/___INT(v))


#define ___BIGMREM(u,j,v,q) \
___FIX((((___BIGMDOUBLEDIGIT)___BIGMFETCH(___BODY_AS(u,___tSUBTYPED),___INT(___BIG_END_MFLIP(j))) << ___BIG_MBASE_WIDTH) \
+___BIGMFETCH(___BODY_AS(u,___tSUBTYPED),___INT(___BIG_END_MFLIP(j-___FIX(1))))) \
-((___BIGMDOUBLEDIGIT)___INT(v)*(___BIGMDOUBLEDIGIT)___INT(q)))

#define ___BIGMTESTP(q,v,r,u) \
(((___BIGMDOUBLEDIGIT)___INT(v)*___INT(q))>((___BIGMDOUBLEDIGIT)___INT(r) << ___BIG_MBASE_WIDTH) +___INT(u))




#ifdef ___BIG_ENDIAN

#if ___BIG_ABASE_WIDTH == 64
#define ___BIG_END_FFLIP(x)((x)^___FIX(7))
#else
#define ___BIG_END_FFLIP(x)((x)^___FIX(3))
#endif

#else

#define ___BIG_END_FFLIP(x)(x)

#endif

#define ___BIGFREF(x,j)___U8VECTORREF(x,___BIG_END_FFLIP(j))

#define ___BIGFSET(result,i,carry)___U8VECTORSET(result,___BIG_END_FFLIP(i),carry)

#define ___BIGFLENGTH(x)___U8VECTORLENGTH(x)

/*---------------------------------------------------------------------------*/

/* Inlinable operations (for 'apply' and 'ifjump' GVM instructions) */

/* APPLY-able operations */

#define ___TYPE(x)___FIX(___TYP(x))
#define ___TYPECAST(x,y)(((x)&~___TMASK)+___INT(y))
#define ___SUBTYPE(x)((___HEADER(x)&___SMASK)>>(___HTB-___TB_FIXNUM))
#define ___SUBTYPESET(x,y)___temp=(x);___HEADER_SET(___temp,(___HEADER(___temp)&~___SMASK)+((y)<<(___HTB-___TB_FIXNUM)));

/* IFJUMP-able operations */

#define ___FALSEP(x)((x)==___FAL)
#define ___NOTFALSEP(x)((x)!=___FAL)
#define ___BOOLEANP(x)(((x)&(___TRU-___tSPECIAL+___TMASK))==___TRU)
#define ___NULLP(x)((x)==___NUL)
#define ___FALSEORNULLP(x)(((x)&(___NUL-___tSPECIAL+___TMASK))==___NUL)
#define ___FALSEORVOIDP(x)(((x)&(___VOID-___tSPECIAL+___TMASK))==___VOID)
#define ___UNBOUNDP(x)(((___temp=(x))==___UNB1)||(___temp==___UNB2))
#define ___EQP(x,y)((x)==(y))
#define ___POSSIBLYEQVP(x,y)(___TYP(x) == ___TYP(y))
#define ___POSSIBLYEQUALP(x,y)(___TYP(___temp=(x)) == ___TYP(y) && ___MEM_ALLOCATED(___temp))
#define ___EOFP(x)((x)==___EOF)

/* IFJUMP-able operations */

#define ___IS_ND_FIXNUM(obj) \
(((obj)&___MASK(___WORD,___TB_FIXNUM))==___tFIXNUM)
#define ___FIXNUMP(obj)___HAS_TAG_AND_IS_NOT_DOUBLE(obj, ___tFIXNUM, ___TB_FIXNUM)

#if defined(___NAN_BOXING) || ___tFIXNUM != 0

#define ___FIXNUMSP1(obj)___FIXNUMP(obj)
#define ___FIXNUMSP2(accu,obj)((accu)&&___FIXNUMP(obj))
#define ___FIXNUMSP(accu)accu

#else

#define ___FIXNUMSP1(obj)obj
#define ___FIXNUMSP2(accu,obj)((accu)|(obj))
#define ___FIXNUMSP(accu)___IS_ND_FIXNUM(accu)

#endif

#define ___MEM_ISA(type,obj) \
((___t ## type == ___tSUBTYPED) ? \
 ___TESTSUBTYPE(obj, ___s ## type) : \
 ___TESTTYPE(obj, ___t ## type))

#define ___MEM_ISA_AND_IS_NOT_DOUBLE(type,obj) \
(___HAS_TAG_AND_IS_NOT_DOUBLE(obj, ___t ## type, ___TB) && \
 (___t ## type != ___tSUBTYPED || ___TESTSUBTYPE(obj, ___s ## type)))

#define ___IS_ND_PAIR(obj)___MEM_ISA(PAIR,obj)
#define ___PAIRP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(PAIR,obj)

#define ___IS_ND_VECTOR(obj)___MEM_ISA(VECTOR,obj)
#define ___VECTORP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(VECTOR,obj)

#ifdef ___NAN_BOXING

#define ___IFLONUMP(obj)___FLONUMP(obj)
#define ___FLONUMP(obj)___IS_DOUBLE(obj)
#define ___FLONUMP_DECL

#else

#define ___MEM_ALLOCATED_FLONUM(obj)___MEM_ISA(FLONUM,obj)

#if ___FLONUM_SELF_TAGGING_TAGS == 0

#define ___IFLONUMP(obj)___FLONUMP(obj)
#define ___FLONUMP(obj)___MEM_ALLOCATED_FLONUM(obj)
#define ___FLONUMP_DECL ___WORD ___temp;

#elif ___FLONUM_SELF_TAGGING_TAGS == 1

#define ___IFLONUMP(obj)___SELF_TAGGED_FLONUM(obj)
#define ___FLONUMP(obj)___TESTMASK(obj,6,6)
#define ___FLONUMP_DECL

#elif ___FLONUM_SELF_TAGGING_TAGS == 4

#define ___IFLONUMP(obj)___SELF_TAGGED_FLONUM(obj)
#define ___FLONUMP(obj)(___SELF_TAGGED_FLONUM(___temp=(obj)) || ___MEM_ALLOCATED_FLONUM(obj))
#define ___FLONUMP_DECL ___WORD ___temp;

#else

#define ___IFLONUMP(obj)___SELF_TAGGED_FLONUM(obj)
#define ___FLONUMP(obj)((obj)&2)
#define ___FLONUMP_DECL

#endif

#endif

#if defined(___NAN_BOXING) || ___FLONUM_SELF_TAGGING_TAGS == 4

#define ___FLONUMSP1(obj)___FLONUMP(obj)
#define ___FLONUMSP2(accu,obj)((accu)&&___FLONUMP(obj))
#define ___FLONUMSP(accu)accu

#else

#define ___FLONUMSP1(obj)obj
#define ___FLONUMSP2(accu,obj)((accu)&(obj))

#if ___FLONUM_SELF_TAGGING_TAGS == 0
#define ___FLONUMSP(accu)___TESTMASK(accu,7,7)
#elif ___FLONUM_SELF_TAGGING_TAGS == 1
#define ___FLONUMSP(accu)___TESTMASK(accu,6,6)
#else
#define ___FLONUMSP(accu)___TESTMASK(accu,2,2)
#endif

#endif

#if defined(___NAN_BOXING) || ___FLONUM_SELF_TAGGING_TAGS == 0 || ___FLONUM_SELF_TAGGING_TAGS == 3

#define ___IFLONUMSP1(obj)___IFLONUMP(obj)
#define ___IFLONUMSP2(accu,obj)((accu)&&___IFLONUMP(obj))
#define ___IFLONUMSP(accu)accu

#else

#define ___IFLONUMSP1(obj)(___CAST_U32(obj)+2)
#define ___IFLONUMSP2(accu,obj)((accu)|___IFLONUMSP1(obj))

#if ___FLONUM_SELF_TAGGING_TAGS == 1

#define ___IFLONUMSP(accu)(((accu)&7)==0)

#elif ___FLONUM_SELF_TAGGING_TAGS == 2

#define ___IFLONUMSP(accu)(((accu)&3)==0)

#else

#define ___IFLONUMSP(accu)(((accu)&2)==0)

#endif

#endif

#define ___IS_ND_SPECIAL(obj)___TESTTYPE(obj,___tSPECIAL)
#define ___SPECIALP(obj)___HAS_TAG_AND_IS_NOT_DOUBLE(obj, ___tSPECIAL, ___TB)

#define ___IS_ND_MUTABLE(obj)(___HD_TYP(___HEADER(obj))!=___PERM)
#define ___MUTABLEP(obj)___IS_NOT_DOUBLE_AND(obj,___IS_ND_MUTABLE(obj))

#define ___IS_ND_SUBTYPED(obj)___TESTTYPE(obj,___tSUBTYPED)
#define ___SUBTYPEDP(obj)___HAS_TAG_AND_IS_NOT_DOUBLE(obj, ___tSUBTYPED, ___TB)

#define ___SUBTYPEDMUTABLEP(obj)(___HD_TYP(___SUBTYPED_HEADER(obj))!=___PERM)
#define ___SUBTYPEDVECTORP(obj)___TESTSUBTYPETAG(obj,___sVECTOR)
#define ___SUBTYPEDSYMBOLP(obj)___TESTSUBTYPETAG(obj,___sSYMBOL)
#define ___SUBTYPEDFLONUMP(obj)___TESTSUBTYPETAG(obj,___sFLONUM)
#define ___SUBTYPEDBIGNUMP(obj)___TESTSUBTYPETAG(obj,___sBIGNUM)

#define ___IS_ND_RATNUM(obj)___MEM_ISA(RATNUM,obj)
#define ___RATNUMP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(RATNUM,obj)

#define ___IS_ND_CPXNUM(obj)___MEM_ISA(CPXNUM,obj)
#define ___CPXNUMP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(CPXNUM,obj)

#define ___IS_ND_EXACTINT(obj)(___IS_ND_FIXNUM(obj)||___IS_ND_BIGNUM(obj))
#define ___EXACTINTP(obj)___IS_NOT_DOUBLE_AND(obj,___IS_ND_EXACTINT(obj))

#define ___IS_ND_STRUCTURE(obj)___MEM_ISA(STRUCTURE,obj)
#define ___STRUCTUREP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(STRUCTURE,obj)

#define ___IS_ND_BOX(obj)(___TESTTYPE(___temp=(obj),___tSUBTYPED)&&(___SUBTYPED_HEADER(___temp)&___LSMASK)==___MAKE_HD((___BOX_SIZE<<___LWS),___sBOXVALUES,0))
#define ___BOXP(obj)___IS_NOT_DOUBLE_AND(obj,___IS_ND_BOX(obj))

#define ___IS_ND_VALUES(obj)(___TESTTYPE(___temp=(obj),___tSUBTYPED)&&___TESTSUBTYPETAG(___temp,___sBOXVALUES)&&(___SUBTYPED_HEADER(___temp)&___LSMASK)!=___MAKE_HD((___BOX_SIZE<<___LWS),___sBOXVALUES,0))
#define ___VALUESP(obj)___IS_NOT_DOUBLE_AND(obj,___IS_ND_VALUES(obj))

#define ___IS_ND_MEROON(obj)___MEM_ISA(MEROON,obj)
#define ___MEROONP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(MEROON,obj)

#define ___IS_ND_JAZZ(obj)___MEM_ISA(JAZZ,obj)
#define ___JAZZP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(JAZZ,obj)

#define ___IS_ND_SYMBOL(obj)___MEM_ISA(SYMBOL,obj)
#define ___SYMBOLP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(SYMBOL,obj)

#define ___IS_ND_KEYWORD(obj)___MEM_ISA(KEYWORD,obj)
#define ___KEYWORDP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(KEYWORD,obj)

#define ___IS_ND_SYMKEY(obj)(___IS_ND_SYMBOL(obj)||___IS_ND_KEYWORD(obj))
#define ___SYMKEYP(obj)___IS_NOT_DOUBLE_AND(obj,___IS_ND_SYMKEY(obj))

#define ___IS_ND_FRAME(obj)___MEM_ISA(FRAME,obj)
#define ___FRAMEP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(FRAME,obj)

#define ___IS_ND_CONTINUATION(obj)___MEM_ISA(CONTINUATION,obj)
#define ___CONTINUATIONP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(CONTINUATION,obj)

#define ___IS_ND_PROMISE(obj)___MEM_ISA(PROMISE,obj)
#define ___PROMISEP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(PROMISE,obj)

#define ___IS_ND_WILL(obj)___TESTLENGTHSUBTYPE(obj,(___WILL_SIZE<<___LWS),___sWEAK)
#define ___WILLP(obj)___IS_NOT_DOUBLE_AND(obj,___IS_ND_WILL(obj))

#define ___IS_ND_GCHASHTABLE(obj)(___TESTTYPE(___temp=(obj),___tSUBTYPED)&&___TESTHEADERTAG((___temp=___SUBTYPED_HEADER(___temp)),___sWEAK)&&(___temp&___LSMASK)!=___MAKE_HD((___WILL_SIZE<<___LWS),___sWEAK,0))
#define ___GCHASHTABLEP(obj)___IS_NOT_DOUBLE_AND(obj,___IS_ND_GCHASHTABLE(obj))

#define ___MEMALLOCATEDP(obj)___MEM_ALLOCATED(obj)

#define ___IS_ND_PROCEDURE(obj)___MEM_ISA(PROCEDURE,obj)
#define ___PROCEDUREP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(PROCEDURE,obj)

#define ___IS_ND_SUBPROCEDURE(obj) \
(___PROCEDUREP(obj) && \
 ___LABEL_ENTRY_GET(obj) == obj && \
 !___TESTHEADERTAG(___SUBTYPED_TO_BODY(obj)[-___LABEL_SIZE-1],___sVECTOR))
#define ___SUBPROCEDUREP(obj)___IS_NOT_DOUBLE_AND(obj,___IS_ND_SUBPROCEDURE(obj))

#define ___IS_ND_CLOSURE(obj) \
(___PROCEDUREP(obj) && \
 ___HD_TYP(___SUBTYPED_HEADER(obj)) != ___PERM)
#define ___CLOSUREP(obj)___IS_NOT_DOUBLE_AND(obj,___IS_ND_CLOSURE(obj))

#define ___IS_ND_RETURN(obj)___MEM_ISA(RETURN,obj)
#define ___RETURNP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(RETURN,obj)

#define ___IS_ND_FOREIGN(obj)___MEM_ISA(FOREIGN,obj)
#define ___FOREIGNP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(FOREIGN,obj)

#define ___IS_ND_STRING(obj)___MEM_ISA(STRING,obj)
#define ___STRINGP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(STRING,obj)

#define ___IS_ND_S8VECTOR(obj)___MEM_ISA(S8VECTOR,obj)
#define ___S8VECTORP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(S8VECTOR,obj)

#define ___IS_ND_U8VECTOR(obj)___MEM_ISA(U8VECTOR,obj)
#define ___U8VECTORP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(U8VECTOR,obj)

#define ___IS_ND_S16VECTOR(obj)___MEM_ISA(S16VECTOR,obj)
#define ___S16VECTORP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(S16VECTOR,obj)

#define ___IS_ND_U16VECTOR(obj)___MEM_ISA(U16VECTOR,obj)
#define ___U16VECTORP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(U16VECTOR,obj)

#define ___IS_ND_S32VECTOR(obj)___MEM_ISA(S32VECTOR,obj)
#define ___S32VECTORP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(S32VECTOR,obj)

#define ___IS_ND_U32VECTOR(obj)___MEM_ISA(U32VECTOR,obj)
#define ___U32VECTORP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(U32VECTOR,obj)

#define ___IS_ND_S64VECTOR(obj)___MEM_ISA(S64VECTOR,obj)
#define ___S64VECTORP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(S64VECTOR,obj)

#define ___IS_ND_U64VECTOR(obj)___MEM_ISA(U64VECTOR,obj)
#define ___U64VECTORP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(U64VECTOR,obj)

#define ___IS_ND_F32VECTOR(obj)___MEM_ISA(F32VECTOR,obj)
#define ___F32VECTORP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(F32VECTOR,obj)

#define ___IS_ND_F64VECTOR(obj)___MEM_ISA(F64VECTOR,obj)
#define ___F64VECTORP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(F64VECTOR,obj)

#define ___IS_ND_BIGNUM(obj)___MEM_ISA(BIGNUM,obj)
#define ___BIGNUMP(obj)___MEM_ISA_AND_IS_NOT_DOUBLE(BIGNUM,obj)

#define ___IS_ND_CHAR(obj)(___TESTTYPE(___temp=(obj),___tSPECIAL)&&___temp>=0)
#define ___CHARP(obj)___IS_NOT_DOUBLE_AND(obj,___IS_ND_CHAR(obj))

#define ___NUMBERP(obj)___COMPLEXP(obj)

#ifdef ___NAN_BOXING

#define ___COMPLEXP(obj) \
___IS_DOUBLE_OR(obj, \
                ___FIXNUMP(___temp=(obj)) || \
                (___TESTTYPE(___temp,___tSUBTYPED) && \
                 ((___temp=(___SUBTYPED_HEADER(___temp)&___SMASK))==(___sBIGNUM<<___HTB) || \
                  ___temp==(___sRATNUM<<___HTB) || \
                  ___temp==(___sCPXNUM<<___HTB))))

#else

#if ___tFLONUM == ___tSUBTYPED

#define ___COMPLEXP(obj) \
(___FIXNUMP(___temp=(obj)) || \
 ___SELF_TAGGED_FLONUM(___temp) || \
 (___TESTTYPE(___temp=(obj),___tSUBTYPED) && \
  ((___temp=(___SUBTYPED_HEADER(___temp)&___SMASK))==(___sFLONUM<<___HTB) || \
   ___temp==(___sBIGNUM<<___HTB) || \
   ___temp==(___sRATNUM<<___HTB) || \
   ___temp==(___sCPXNUM<<___HTB))))

#else

#define ___COMPLEXP(obj) \
(___FIXNUMP(___temp=(obj)) || \
 ___FLONUMP(___temp) || \
 (___TESTTYPE(___temp,___tSUBTYPED) && \
  ((___temp=(___SUBTYPED_HEADER(___temp)&___SMASK))==(___sBIGNUM<<___HTB) || \
   ___temp==(___sRATNUM<<___HTB) || \
   ___temp==(___sCPXNUM<<___HTB))))

#endif

#endif

#define ___OBJECTBEFOREP(x,y)((x)<(y))

/* APPLY-able operations */

#define ___FIX_0 ___FIX(0)
#define ___FIX_1 ___FIX(1)

#define ___FIXPOS(x)___W(x)
#define ___FIXMAX(x,y)(((x)<(y))?(y):(x))
#define ___FIXMIN(x,y)(((x)<(y))?(x):(y))


#define ___FIXWRAPADD(x,y)___W(___FW(___UFW(x)+___UFW(y)))
#define ___FIXADD(x,y)___W(___FW(x)+___FW(y))
#define ___FIXADDP(x,y)(___FIXADDP_NOTFALSEP(___temp,x,y)?___temp:___FAL)

#ifndef ___USE_builtin_op_overflow

#define ___FIXADDP_NOTFALSEP(var,x,y) \
(___temp=___FIXWRAPADD(x,y), \
 ___EXPECT_FALSE(___FW((___temp^(x))&(___temp^(y)))<0) ? 0 : (var=___temp,1))

#else

#define ___FIXADDP_OVERFLOWS(var,x,y) \
___EXPECT_FALSE(__builtin_add_overflow(___FW(x),___FW(y),&var))

#if ___FIXWORD_WIDTH == ___WORD_WIDTH
#define ___FIXADDP_NOTFALSEP(var,x,y)!___FIXADDP_OVERFLOWS(var,x,y)
#else
#define ___FIXADDP_NOTFALSEP(var,x,y) \
(___FIXADDP_OVERFLOWS(___FIXTEMP,x,y) ? 0 : (var=___W(___FIXTEMP),1))
#endif

#endif


#define ___FIXWRAPMUL(x,y)___W(___FW(___UFW(x)*___UFW(___INT(y))))
#define ___FIXMUL(x,y)___W(___FW(x)*___FW(___INT(y)))
#define ___FIXMULP(x,y)(___FIXMULP_NOTFALSEP(___temp,x,y)?___temp:___FAL)

#ifndef ___USE_builtin_op_overflow

#define ___FIXMULP_NOTFALSEP(var,x,y) \
(___temp=___FIXWRAPMUL(x,y), \
 ___EXPECT_FALSE(___FIXQUO(___temp,y)!=(x)) ? 0 : (var=___temp,1))

#define ___FIXMULPCONSTY_NOTFALSEP(var,x,y) \
(___temp=___FIXWRAPMUL(x,y), \
 ___EXPECT_FALSE(___FIXQUOCONSTY(___temp,y)!=(x)) ? 0 : (var=___temp,1))

#else

#define ___FIXMULP_OVERFLOWS(var,x,y) \
___EXPECT_FALSE(__builtin_mul_overflow(___FW(x),___FW(___INT(y)),&var))

#if ___FIXWORD_WIDTH == ___WORD_WIDTH
#define ___FIXMULP_NOTFALSEP(var,x,y)!___FIXMULP_OVERFLOWS(var,x,y)
#else
#define ___FIXMULP_NOTFALSEP(var,x,y) \
(___FIXMULP_OVERFLOWS(___FIXTEMP,x,y) ? 0 : (var=___W(___FIXTEMP),1))
#endif

#define ___FIXMULPCONSTY_NOTFALSEP(var,x,y)___FIXMULP_NOTFALSEP(var,x,y)

#endif


#define ___FIXWRAPSQUARE(x)___FIXWRAPMUL(x,x)
#define ___FIXSQUARE(x)___FIXMUL(x,x)

#define ___FIXSQUAREP_NOTFALSEP(var,x) \
(___EXPECT_FALSE(___UFW(x)+___UFW(___FIX(___SQRT_MAX_FIX))>(___UFW(___FIX(___SQRT_MAX_FIX))<<1)) ? 0 : (var=___FIXSQUARE(x),1))

#define ___FIXSQUAREP(x)(___FIXSQUAREP_NOTFALSEP(___temp,x)?___temp:___FAL)


#define ___FIXWRAPNEG(x)___W(___FW(-___UFW(x)))
#define ___FIXNEG(x)___W(-___FW(x))

#define ___FIXNEGP_NOTFALSEP(var,x) \
(___EXPECT_FALSE((x)==___FIX(___MIN_FIX)) ? 0 : (var=___FIXNEG(x),1))

#define ___FIXNEGP(x) \
(___EXPECT_FALSE((x)==___FIX(___MIN_FIX)) ? ___FAL : ___FIXNEG(x))


#define ___FIXWRAPSUB(x,y)___W(___FW(___UFW(x)-___UFW(y)))
#define ___FIXSUB(x,y)___W(___FW(x)-___FW(y))
#define ___FIXSUBP(x,y)(___FIXSUBP_NOTFALSEP(___temp,x,y)?___temp:___FAL)

#ifndef ___USE_builtin_op_overflow

#define ___FIXSUBP_NOTFALSEP(var,x,y) \
(___temp=___FIXWRAPSUB(x,y), \
 ___EXPECT_FALSE(___FW((___temp^(x))&((y)^(x)))<0) ? 0 : (var=___temp,1))

#else

#define ___FIXSUBP_OVERFLOWS(var,x,y) \
___EXPECT_FALSE(__builtin_sub_overflow(___FW(x),___FW(y),&var))

#if ___FIXWORD_WIDTH == ___WORD_WIDTH
#define ___FIXSUBP_NOTFALSEP(var,x,y)!___FIXSUBP_OVERFLOWS(var,x,y)
#else
#define ___FIXSUBP_NOTFALSEP(var,x,y) \
(___FIXSUBP_OVERFLOWS(___FIXTEMP,x,y) ? 0 : (var=___W(___FIXTEMP),1))
#endif

#endif


#define ___FIXWRAPQUO(x,y)((y)==___FIX(-1)?___FIXWRAPNEG(x):___FIXQUO(x,y))
#define ___FIXWRAPQUOCONSTY(x,y)((y)==___FIX(-1)?___FIXWRAPNEG(x):___FIXQUOCONSTY(x,y))

#if ___WORD_WIDTH == 32 || defined(___HAVE_FAST_DIV64)

#define ___FIXQUO(x,y)___FIX(((x)/(y)))
#define ___FIXQUOCONSTY(x,y)___FIXQUO(x,y)

#define ___FIXREM(x,y)___CAST(___WORD,(x)%(y))
#define ___FIXREMCONSTY(x,y)___FIXREM(x,y)

#else

/*
 * Typical processors have a 32 by 32 integer division instruction
 * that is considerably faster than the 64 by 64 integer division
 * instruction.  The following macros will dynamically check the
 * arguments of the division to determine if a 32 by 32 division will
 * work and use that when possible.  To always use the 64 by 64 bit
 * division, define ___HAVE_FAST_DIV64 when compiling the C code.
 */

#define ___S64_FITS_IN_S32(x)(___CAST(___UWORD,((x)>>31)+1)<2)

#define ___FIXQUO(x,y) \
(___S64_FITS_IN_S32(x) && ___S64_FITS_IN_S32(y) \
 ?___FIX(___CAST(___WORD,___CAST(___S32,x)/___CAST(___S32,y))) \
 :___FIX((x)/(y)))
#define ___FIXQUOCONSTY(x,y) ___FIX((x)/(y))

#define ___FIXREM(x,y) \
(___S64_FITS_IN_S32(x) && ___S64_FITS_IN_S32(y) \
 ?___CAST(___WORD,___CAST(___S32,x)%___CAST(___S32,y))  \
 :___CAST(___WORD,(x)%(y)))
#define ___FIXREMCONSTY(x,y) ___CAST(___WORD,(x)%(y))

#endif

#define ___FIXMOD(x,y) \
((___temp=___FIXREM(x,y)) != ___FIX(0) && \
  ((x)>>(___WORD_WIDTH-1)) != ((y)>>(___WORD_WIDTH-1)) \
 ?___FIXADD(___temp,y) \
 :___temp)
#define ___FIXMODCONSTY(x,y) \
((___temp=___FIXREMCONSTY(x,y)) != ___FIX(0) && \
  ((x)>>(___WORD_WIDTH-1)) != ((y)>>(___WORD_WIDTH-1)) \
 ?___FIXADD(___temp,y) \
 :___temp)


#define ___FIXAND(x,y)((___WORD)((x)&(y)))
#define ___FIXANDC1(x,y)((___WORD)(~(x)&(y)))
#define ___FIXANDC2(x,y)((___WORD)((x)&~(y)))
#define ___FIXEQV(x,y)((___WORD)(((x)^(y))^~___FMASK))
#define ___FIXIOR(x,y)((___WORD)((x)|(y)))
#define ___FIXNAND(x,y)((___WORD)(((x)&(y))^~___FMASK))
#define ___FIXNOR(x,y)((___WORD)(((x)|(y))^~___FMASK))
#define ___FIXNOT(x)((___WORD)((x)^~___FMASK))
#define ___FIXORC1(x,y)((___WORD)(((x)^~___FMASK)|(y)))
#define ___FIXORC2(x,y)((___WORD)((x)|((y)^~___FMASK)))
#define ___FIXXOR(x,y)((___WORD)((x)^(y)))
#define ___FIXIF(x,y,z)((___WORD)(((x)&(y))|(~(x)&(z))))

#define ___FIXWRAPABS(x)((x)<0?___FIXWRAPNEG(x):(x))
#define ___FIXABS(x)((x)<0?___FIXNEG(x):(x))
#define ___FIXABSP_NOTFALSEP(var,x)((x)<0?(___EXPECT_FALSE((x)==___FIX(___MIN_FIX))?0:(var=___FIXNEG(x),1)):(var=(x),1))
#define ___FIXABSP(x)((x)<0?(___EXPECT_FALSE((x)==___FIX(___MIN_FIX))?___FAL:___FIXNEG(x)):(x))

#ifdef ___USE_builtin_popcount

#if ___WORD_WIDTH == ___INT_WIDTH
#define ___POPCOUNT_WORD_TEMP() __builtin_popcount(___CAST(___UWORD,___temp))
#else
#if ___WORD_WIDTH == ___LONG_WIDTH
#define ___POPCOUNT_WORD_TEMP() __builtin_popcountl(___CAST(___UWORD,___temp))
#else
#define ___POPCOUNT_WORD_TEMP() __builtin_popcountll(___CAST(___UWORD,___temp))
#endif
#endif

#else

#define ___MASK_WORD_BYTEWISE(m) (~___CAST(___UWORD,0)/0xff*m)

#define ___POPCOUNT_WORD_TEMP() \
(___temp-=(___temp>>1)&___MASK_WORD_BYTEWISE(0x55),  \
 ___temp=(___temp&___MASK_WORD_BYTEWISE(0x33))+ \
         ((___temp>>2)&___MASK_WORD_BYTEWISE(0x33)), \
 (___MASK_WORD_BYTEWISE(0x01)* \
  (___MASK_WORD_BYTEWISE(0x0f)&(___temp+(___temp>>4)))) >> (___WORD_WIDTH-8))

#endif

#ifdef ___USE_builtin_ffs

#if ___WORD_WIDTH == ___INT_WIDTH
#define ___FFS_WORD_TEMP() __builtin_ffs(___temp)
#else
#if ___WORD_WIDTH == ___LONG_WIDTH
#define ___FFS_WORD_TEMP() __builtin_ffsl(___temp)
#else
#define ___FFS_WORD_TEMP() __builtin_ffsll(___temp)
#endif
#endif

#else

#define ___FFS_WORD_TEMP() \
(___temp==0 ? 0 : (___temp=((___temp-1)&~___temp),___POPCOUNT_WORD_TEMP()+1))

#endif

#ifdef ___USE_builtin_clrsb

#define ___LOG2_WORD_TEMP() ((___WORD_WIDTH-1) - ___CLRSB_WORD_TEMP())

#if ___WORD_WIDTH == ___INT_WIDTH
#define ___CLRSB_WORD_TEMP() __builtin_clrsb(___temp)
#else
#if ___WORD_WIDTH == ___LONG_WIDTH
#define ___CLRSB_WORD_TEMP() __builtin_clrsbl(___temp)
#else
#define ___CLRSB_WORD_TEMP() __builtin_clrsbll(___temp)
#endif
#endif

#else

#define ___SET_ALL_LOWER_BITS_WORD_TEMP_32() \
(___temp|=(___temp>>1), \
 ___temp|=(___temp>>2), \
 ___temp|=(___temp>>4), \
 ___temp|=(___temp>>8), \
 ___temp|=(___temp>>16))

#if ___WORD_WIDTH == 32
#define ___LOG2_WORD_TEMP() \
(___SET_ALL_LOWER_BITS_WORD_TEMP_32(), \
 ___POPCOUNT_WORD_TEMP())
#else
#define ___LOG2_WORD_TEMP() \
(___SET_ALL_LOWER_BITS_WORD_TEMP_32(), \
 ___temp|=(___temp>>32), \
 ___POPCOUNT_WORD_TEMP())
#endif

#endif

#define ___FIXLENGTH(x) \
(((___temp=___INT(x))<0)&&(___temp=~___temp),___FIX(___LOG2_WORD_TEMP()))

#define ___FIXBITCOUNT(x) \
(((___temp=___INT(x))<0)&&(___temp=~___temp),___FIX(___POPCOUNT_WORD_TEMP()))

#define ___FIXFIRSTSETBIT(x) \
(___temp=___INT(x),___FIX(___FFS_WORD_TEMP()-1))

#define ___FIXBITSETP(x,y)((y)&(___CAST(___SCMOBJ,1)<<(___INT(x)+___TB_FIXNUM)))


#define ___FIXWRAPASH(x,y)___FIXASH(x,y)
#define ___FIXWRAPASHP(x,y)((y)<___FIX(0)?((y)>=___FIX(-___FIX_WIDTH)?___FIXASHR(x,-(y)):___FAL):((y)<=___FIX(___FIX_WIDTH)?___FIXWRAPASHL(x,y):___FAL))

#define ___FIXASH(x,y)((y)<___FIX(0)?___FIXASHR(x,(y)>=___FIX(-___FIX_WIDTH)?-(y):___FIX(___FIX_WIDTH)):___FIXASHL(x,(y)<=___FIX(___FIX_WIDTH)?(y):___FIX(___FIX_WIDTH)))
#define ___FIXASHP(x,y)((y)<___FIX(0)?((y)>=___FIX(-___FIX_WIDTH)?___FIXASHR(x,-(y)):___FAL):((y)<=___FIX(___FIX_WIDTH)?___FIXASHLP2(x,y):___FAL))

#define ___FIXWRAPASHL(x,y)___W(___FW(___UFW(x)<<___INT(y)))
#define ___FIXWRAPASHLP(x,y)((y)>=___FIX(0)&&(y)<=___FIX(___FIX_WIDTH)?___FIXWRAPASHL(x,y):___FAL)

#define ___FIXASHL(x,y)___W(___FW(x)<<___INT(y))
#define ___FIXASHLP(x,y)((y)>=___FIX(0)&&(y)<=___FIX(___FIX_WIDTH)?___FIXASHLP2(x,y):___FAL)
#define ___FIXASHLP2(x,y)((x)==(___FW(___temp=___FIXASHL(x,y))>>___INT(y))?___temp:___FAL)

#define ___FIXWRAPASHR(x,y)___FIXASHR(x,y)

#define ___FIXASHR(x,y)___W((___FW(x)>>___INT(y))&~___FMASK)
#define ___FIXASHRP(x,y)((y)>=___FIX(0)?___FIXASHR(x,(y)<=___FIX(___FIX_WIDTH)?(y):___FIX(___FIX_WIDTH)):___FAL)

#define ___FIXWRAPLSHR(x,y)___W(___FW((___UFW(x)>>___INT(y))&~___FMASK))
#define ___FIXWRAPLSHRP(x,y)((y)>=___FIX(0)?___FIXWRAPLSHR(x,(y)<=___FIX(___FIX_WIDTH)?(y):___FIX(___FIX_WIDTH)):___FAL)


#define ___FIXTOCHR(x)(((x)<<(___TB-___TB_FIXNUM))+___tSPECIAL)
#define ___FIXFROMCHR(x)(((x)&~___TMASK)>>(___TB-___TB_FIXNUM))

#define ___MAXCHARCODE ___FIX(___MAX_CHR)


#ifndef ___GET_CPUCYCLECOUNT
#ifdef ___USE___builtin_ia32_rdtscp
#ifdef __GNUC__

#if ___WORD_WIDTH == 64

#define ___GET_CPUCYCLECOUNT ___FIX(___s64_temp)
#define ___CPUCYCLECOUNTSTART \
__asm__ __volatile__ ("cpuid\n\trdtsc\n\tshl $32,%%rdx\n\tor %%rdx,%%rax\n\tmov %%rax,%0\n":"=r"(___s64_temp)::"%rax","%rbx","%rcx","%rdx");
#define ___CPUCYCLECOUNTEND \
__asm__ __volatile__ ("rdtscp\n\tshl $32,%%rdx\n\tor %%rdx,%%rax\n\tmov %%rax,%0\n\tcpuid\n":"=r"(___s64_temp)::"%rax","%rbx","%rcx","%rdx");

#else

#define ___GET_CPUCYCLECOUNT ___FIX(___s32_temp)
#define ___CPUCYCLECOUNTSTART \
__asm__ __volatile__ ("cpuid\n\trdtsc\n\tmov %%eax,%0\n":"=r"(___s32_temp)::"%eax","%ebx","%ecx","%edx");
#define ___CPUCYCLECOUNTEND \
__asm__ __volatile__ ("rdtscp\n\tmov %%eax,%0\n\tcpuid\n":"=r"(___s32_temp)::"%eax","%ebx","%ecx","%edx");

#endif

#endif
#endif
#endif

#ifndef ___GET_CPUCYCLECOUNT
#ifdef ___USE___builtin_readcyclecounter

#if ___WORD_WIDTH == 64

#define ___GET_CPUCYCLECOUNT ___FIX(___s64_temp)
#define ___CPUCYCLECOUNTSTART ___s64_temp = __builtin_readcyclecounter ();
#define ___CPUCYCLECOUNTEND ___s64_temp = __builtin_readcyclecounter ();

#else

#define ___GET_CPUCYCLECOUNT ___FIX(___s32_temp)
#define ___CPUCYCLECOUNTSTART ___s32_temp = __builtin_readcyclecounter ();
#define ___CPUCYCLECOUNTEND ___s32_temp = __builtin_readcyclecounter ();

#endif

#endif

#endif

#ifndef ___GET_CPUCYCLECOUNT

#define ___GET_CPUCYCLECOUNT ___FIX(0)
#define ___CPUCYCLECOUNTSTART
#define ___CPUCYCLECOUNTEND

#endif

/*
 * The following definitions must match the structure of ports defined
 * in _io#.scm .
 */

#define ___PORT_MUTEX                1
#define ___PORT_RKIND                2
#define ___PORT_WKIND                3
#define ___PORT_NAME                 4
#define ___PORT_WAIT                 5
#define ___PORT_CLOSE                6
#define ___PORT_ROPTIONS             7
#define ___PORT_RTIMEOUT             8
#define ___PORT_RTIMEOUT_THUNK       9
#define ___PORT_SET_RTIMEOUT         10
#define ___PORT_WOPTIONS             11
#define ___PORT_WTIMEOUT             12
#define ___PORT_WTIMEOUT_THUNK       13
#define ___PORT_SET_WTIMEOUT         14
#define ___PORT_IO_EXCEPTION_HANDLER 15

#define ___PORT_OBJECT_READ_DATUM    16
#define ___PORT_OBJECT_WRITE_DATUM   17
#define ___PORT_OBJECT_NEWLINE       18
#define ___PORT_OBJECT_FORCE_OUTPUT  19

#define ___PORT_CHAR_RBUF            20
#define ___PORT_CHAR_RLO             21
#define ___PORT_CHAR_RHI             22
#define ___PORT_CHAR_RCHARS          23
#define ___PORT_CHAR_RLINES          24
#define ___PORT_CHAR_RCURLINE        25
#define ___PORT_CHAR_RBUF_FILL       26
#define ___PORT_CHAR_PEEK_EOFP       27

#define ___PORT_CHAR_WBUF            28
#define ___PORT_CHAR_WLO             29
#define ___PORT_CHAR_WHI             30
#define ___PORT_CHAR_WCHARS          31
#define ___PORT_CHAR_WLINES          32
#define ___PORT_CHAR_WCURLINE        33
#define ___PORT_CHAR_WBUF_DRAIN      34

#define ___PORT_INPUT_READTABLE      35
#define ___PORT_OUTPUT_READTABLE     36
#define ___PORT_OUTPUT_WIDTH         37

#define ___PORT_BYTE_RBUF            38
#define ___PORT_BYTE_RLO             39
#define ___PORT_BYTE_RHI             40
#define ___PORT_BYTE_RBUF_FILL       41

#define ___PORT_BYTE_WBUF            42
#define ___PORT_BYTE_WLO             43
#define ___PORT_BYTE_WHI             44
#define ___PORT_BYTE_WBUF_DRAIN      45

#define ___PORT_RDEVICE_CONDVAR      46
#define ___PORT_WDEVICE_CONDVAR      47
#define ___PORT_EVENT_CONDVAR        48

#define ___PORT_MUTEX_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_MUTEX)

#define ___PORT_RKIND_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_RKIND)

#define ___PORT_WKIND_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_WKIND)

#define ___PORT_NAME_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_NAME)

#define ___PORT_WAIT_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_WAIT)

#define ___PORT_CLOSE_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CLOSE)

#define ___PORT_ROPTIONS_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_ROPTIONS)

#define ___PORT_RTIMEOUT_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_RTIMEOUT)

#define ___PORT_RTIMEOUT_THUNK_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_RTIMEOUT_THUNK)

#define ___PORT_SET_RTIMEOUT_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_SET_RTIMEOUT)

#define ___PORT_WOPTIONS_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_WOPTIONS)

#define ___PORT_WTIMEOUT_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_WTIMEOUT)

#define ___PORT_WTIMEOUT_THUNK_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_WTIMEOUT_THUNK)

#define ___PORT_SET_WTIMEOUT_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_SET_WTIMEOUT)

#define ___PORT_IO_EXCEPTION_HANDLER_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_IO_EXCEPTION_HANDLER)


#define ___PORT_OBJECT_READ_DATUM_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_OBJECT_READ_DATUM)

#define ___PORT_OBJECT_WRITE_DATUM_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_OBJECT_WRITE_DATUM)

#define ___PORT_OBJECT_NEWLINE_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_OBJECT_NEWLINE)

#define ___PORT_OBJECT_FORCE_OUTPUT_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_OBJECT_FORCE_OUTPUT)


#define ___PORT_CHAR_RBUF_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CHAR_RBUF)

#define ___PORT_CHAR_RLO_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CHAR_RLO)

#define ___PORT_CHAR_RHI_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CHAR_RHI)

#define ___PORT_CHAR_RCHARS_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CHAR_RCHARS)

#define ___PORT_CHAR_RLINES_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CHAR_RLINES)

#define ___PORT_CHAR_RCURLINE_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CHAR_RCURLINE)

#define ___PORT_CHAR_RBUF_FILL_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CHAR_RBUF_FILL)

#define ___PORT_CHAR_PEEK_EOFP_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CHAR_PEEK_EOFP)


#define ___PORT_CHAR_WBUF_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CHAR_WBUF)

#define ___PORT_CHAR_WLO_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CHAR_WLO)

#define ___PORT_CHAR_WHI_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CHAR_WHI)

#define ___PORT_CHAR_WCHARS_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CHAR_WCHARS)

#define ___PORT_CHAR_WLINES_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CHAR_WLINES)

#define ___PORT_CHAR_WCURLINE_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CHAR_WCURLINE)

#define ___PORT_CHAR_WBUF_DRAIN_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_CHAR_WBUF_DRAIN)


#define ___PORT_INPUT_READTABLE_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_INPUT_READTABLE)

#define ___PORT_OUTPUT_READTABLE_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_OUTPUT_READTABLE)

#define ___PORT_OUTPUT_WIDTH_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_OUTPUT_WIDTH)


#define ___PORT_BYTE_RBUF_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_BYTE_RBUF)

#define ___PORT_BYTE_RLO_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_BYTE_RLO)

#define ___PORT_BYTE_RHI_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_BYTE_RHI)

#define ___PORT_BYTE_RBUF_FILL_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_BYTE_RBUF_FILL)


#define ___PORT_BYTE_WBUF_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_BYTE_WBUF)

#define ___PORT_BYTE_WLO_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_BYTE_WLO)

#define ___PORT_BYTE_WHI_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_BYTE_WHI)

#define ___PORT_BYTE_WBUF_DRAIN_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_BYTE_WBUF_DRAIN)


#define ___PORT_RDEVICE_CONDVAR_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_RDEVICE_CONDVAR)

#define ___PORT_WDEVICE_CONDVAR_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_WDEVICE_CONDVAR)

#define ___PORT_EVENT_CONDVAR_FIELD(port) \
___FIELD(STRUCTURE,port,___PORT_EVENT_CONDVAR)


#define ___PEEKCHAR0P \
{ ___SCMOBJ port = ___CDR(___DENV_INPUT_PORT_FIELD(___THREAD_DENV_FIELD(___CURRENTTHREAD))); \
  ___PEEKCHAR1P(port) \
}

#define ___PEEKCHAR1P(port) \
{ ___SCMOBJ rlo; \
  ___SCMOBJ rhi; \
  ___SCMOBJ mutex = ___PORT_MUTEX_FIELD(port); \
  if (___PRIMITIVETRYLOCK(mutex,___FIX(___OBJ_LOCK1),___FIX(___OBJ_LOCK2))) \
    { \
      rlo = ___PORT_CHAR_RLO_FIELD(port); \
      rhi = ___PORT_CHAR_RHI_FIELD(port); \
      if (___FIXGE(rlo,rhi) || ___CHAREQP((___temp = ___STRINGREF(___PORT_CHAR_RBUF_FIELD(port),rlo)),___CHR(10))) \
        ___temp = ___FAL; \
      ___PRIMITIVEUNLOCK(mutex,___FIX(___OBJ_LOCK1),___FIX(___OBJ_LOCK2)) \
    } \
  else \
    ___temp = ___FAL; \
}

#define ___READCHAR0P \
{ ___SCMOBJ port = ___CDR(___DENV_INPUT_PORT_FIELD(___THREAD_DENV_FIELD(___CURRENTTHREAD))); \
  ___READCHAR1P(port) \
}

#define ___READCHAR1P(port) \
{ ___SCMOBJ rlo; \
  ___SCMOBJ rhi; \
  ___SCMOBJ mutex = ___PORT_MUTEX_FIELD(port); \
  if (___PRIMITIVETRYLOCK(mutex,___FIX(___OBJ_LOCK1),___FIX(___OBJ_LOCK2))) \
    { \
      rlo = ___PORT_CHAR_RLO_FIELD(port); \
      rhi = ___PORT_CHAR_RHI_FIELD(port); \
      if (___FIXGE(rlo,rhi)) \
        ___temp = ___FAL; \
      else \
       { \
         ___temp = ___STRINGREF(___PORT_CHAR_RBUF_FIELD(port),rlo); \
         ___PORT_CHAR_RLO_FIELD(port) = rlo = ___FIXADD(rlo,___FIX(1L)); \
         if (___CHAREQP(___temp,___CHR(10))) \
           { \
             ___PORT_CHAR_RCURLINE_FIELD(port) = \
               ___FIXADD(___PORT_CHAR_RCHARS_FIELD(port),rlo); \
             ___PORT_CHAR_RLINES_FIELD(port) = \
               ___FIXADD(___PORT_CHAR_RLINES_FIELD(port),___FIX(1L)); \
           } \
       } \
      ___PRIMITIVEUNLOCK(mutex,___FIX(___OBJ_LOCK1),___FIX(___OBJ_LOCK2)) \
    } \
  else \
    ___temp = ___FAL; \
}

#define ___WRITECHAR1P(c) \
{ ___SCMOBJ port = ___CDR(___DENV_OUTPUT_PORT_FIELD(___THREAD_DENV_FIELD(___CURRENTTHREAD))); \
  ___WRITECHAR2P(c,port) \
}

#define ___WRITECHAR2P(c,port) \
if (___FIXLT(___FIXAND(___PORT_WOPTIONS_FIELD(port),___FIX(2047L)),___FIX(1536L)) && (___FIXLT(___FIXAND(___PORT_WOPTIONS_FIELD(port),___FIX(2047L)),___FIX(1024L)) || ___CHAREQP(c,___CHR(10)))) \
  ___temp = ___FAL; \
else \
  { \
    ___SCMOBJ wbuf; \
    ___SCMOBJ whi; \
    ___SCMOBJ mutex = ___PORT_MUTEX_FIELD(port); \
    if (___PRIMITIVETRYLOCK(mutex,___FIX(___OBJ_LOCK1),___FIX(___OBJ_LOCK2))) \
      { \
        wbuf = ___PORT_CHAR_WBUF_FIELD(port); \
        whi = ___FIXADD(___PORT_CHAR_WHI_FIELD(port),___FIX(1L)); \
        if (___FIXGE(whi,___STRINGLENGTH(wbuf))) \
          ___temp = ___FAL; \
        else \
          { \
            ___STRINGSET(wbuf,___FIXSUB(whi,___FIX(1L)),c) \
            ___PORT_CHAR_WHI_FIELD(port) = whi; \
            if (___CHAREQP(c,___CHR(10))) \
              { \
                ___PORT_CHAR_WCURLINE_FIELD(port) = \
                  ___FIXADD(___PORT_CHAR_WCHARS_FIELD(port),whi); \
                ___PORT_CHAR_WLINES_FIELD(port) = \
                  ___FIXADD(___PORT_CHAR_WLINES_FIELD(port),___FIX(1L)); \
              } \
            ___temp = ___VOID; \
          } \
        ___PRIMITIVEUNLOCK(mutex,___FIX(___OBJ_LOCK1),___FIX(___OBJ_LOCK2)) \
      } \
    else \
      ___temp = ___FAL; \
  }

#define ___CHARINPUTPORTPCACHED(x)(___STRUCTUREP(x)&&___STRUCTURETYPE(x)==___ps->type_cache[___CHAR_INPUT_PORT_TYPE_CACHE])
#define ___CHAROUTPUTPORTPCACHED(x)(___STRUCTUREP(x)&&___STRUCTURETYPE(x)==___ps->type_cache[___CHAR_OUTPUT_PORT_TYPE_CACHE])

/* IFJUMP-able operations */

#define ___FIXZEROP(x)((x)==0)
#define ___FIXPOSITIVEP(x)((x)>0)
#define ___FIXNEGATIVEP(x)((x)<0)
#define ___FIXODDP(x)((x)&___FIX(1))
#define ___FIXEVENP(x)!((x)&___FIX(1))
#define ___FIXEQ(x,y)((x)==(y))
#define ___FIXLT(x,y)((x)<(y))
#define ___FIXGT(x,y)((x)>(y))
#define ___FIXLE(x,y)((x)<=(y))
#define ___FIXGE(x,y)((x)>=(y))

/* APPLY-able operations */

#define ___F64TOFIX(x)___FIX(___FW(x))
#define ___F64FROMFIX(x)___INT(x)
#define ___F64_0 0.0
#define ___F64POS(x)x
#define ___F64MAX(x,y)(___F64NANP(x)?x:(((x)>(y))?(x):(y)))
#define ___F64MIN(x,y)(___F64NANP(x)?x:(((x)<(y))?(x):(y)))
#define ___F64ADD(x,y)((x)+(y))
#define ___F64_1 1.0
#define ___F64MUL(x,y)((x)*(y))
#define ___F64SQUARE(x)((x)*(x))
#define ___F64NEG(x)(-(x))
#define ___F64SUB(x,y)((x)-(y))
#define ___F64INV(x)(1.0/(x))
#define ___F64DIV(x,y)((x)/(y))
#define ___F64ABS(x)___CLIBEXT(fabs)(x)
#define ___F64FLOOR(x)___CLIBEXT(floor)(x)
#define ___F64CEILING(x)___CLIBEXT(ceil)(x)
#define ___F64TRUNCATE(x)___EXT(___trunc)(x)
#define ___F64ROUND(x)___EXT(___round)(x)
#ifdef ___HAVE_GOOD_SCALBN
#define ___F64SCALBN(x,n)___CLIBEXT(scalbn)(x,___INT(n))
#else
#define ___F64SCALBN(x,n)___EXT(___scalbn)(x,___INT(n))
#endif
#ifdef ___HAVE_GOOD_ILOGB
#define ___F64ILOGB(x)___FIX(___CLIBEXT(ilogb)(x))
#else
#define ___F64ILOGB(x)___FIX(___EXT(___ilogb)(x))
#endif
#define ___F64EXP(x)___CLIBEXT(exp)(x)
#ifdef ___HAVE_GOOD_EXPM1
#define ___F64EXPM1(x)___CLIBEXT(expm1)(x)
#else
#define ___F64EXPM1(x)___EXT(___expm1)(x)
#endif
#define ___F64LOG(x)___CLIBEXT(log)(x)
#define ___F64LOG2(x,y)(___CLIBEXT(log)(x)/___CLIBEXT(log)(y))
#ifdef ___HAVE_GOOD_LOG1P
#define ___F64LOG1P(x)___CLIBEXT(log1p)(x)
#else
#define ___F64LOG1P(x)___EXT(___log1p)(x)
#endif
#define ___F64SIN(x)___CLIBEXT(sin)(x)
#define ___F64COS(x)___CLIBEXT(cos)(x)
#define ___F64TAN(x)___CLIBEXT(tan)(x)
#define ___F64ASIN(x)___CLIBEXT(asin)(x)
#define ___F64ACOS(x)___CLIBEXT(acos)(x)
#define ___F64ATAN(x)___CLIBEXT(atan)(x)
#ifdef ___HAVE_GOOD_SINH
#define ___F64SINH(x)___CLIBEXT(sinh)(x)
#else
#define ___F64SINH(x)___EXT(___sinh)(x)
#endif
#ifdef ___HAVE_GOOD_COSH
#define ___F64COSH(x)___CLIBEXT(cosh)(x)
#else
#define ___F64COSH(x)___EXT(___cosh)(x)
#endif
#ifdef ___HAVE_GOOD_TANH
#define ___F64TANH(x)___CLIBEXT(tanh)(x)
#else
#define ___F64TANH(x)___EXT(___tanh)(x)
#endif
#ifdef ___HAVE_GOOD_ASINH
#define ___F64ASINH(x)___CLIBEXT(asinh)(x)
#else
#define ___F64ASINH(x)___EXT(___asinh)(x)
#endif
#ifdef ___HAVE_GOOD_ACOSH
#define ___F64ACOSH(x)___CLIBEXT(acosh)(x)
#else
#define ___F64ACOSH(x)___EXT(___acosh)(x)
#endif
#ifdef ___HAVE_GOOD_ATANH
#define ___F64ATANH(x)___CLIBEXT(atanh)(x)
#else
#define ___F64ATANH(x)___EXT(___atanh)(x)
#endif
#ifdef ___HAVE_GOOD_ATAN2
#define ___F64ATAN2(y,x)___CLIBEXT(atan2)(y,x)
#else
#define ___F64ATAN2(y,x)___EXT(___atan2)(y,x)
#endif
#ifdef ___HAVE_GOOD_POW
#define ___F64EXPT(x,y)___CLIBEXT(pow)(x,y)
#else
#define ___F64EXPT(x,y)___EXT(___pow)(x,y)
#endif
#ifdef ___HAVE_GOOD_HYPOT
#define ___F64HYPOT(x,y)___CLIBEXT(hypot)(x,y)
#else
#define ___F64HYPOT(x,y)___EXT(___hypot)(x,y)
#endif
#define ___F64SQRT(x)___CLIBEXT(sqrt)(x)
#define ___F64COPYSIGN(x,y)___EXT(___copysign)(x,y)

#define ___F64TOSTRING(x) \
(___W_HEAP_EXPR, \
 ___temp=___EXT(___F64_to_STRING) (___PSP x), \
 ___R_HEAP_EXPR, \
 ___temp)

/* IFJUMP-able operations */

#define ___F64INTEGERP(x)(!___F64INFINITEP(x) && (x)==___F64FLOOR(x))
#define ___F64ZEROP(x)((x)==0.0)
#define ___F64POSITIVEP(x)((x)>0.0)
#define ___F64NEGATIVEP(x)((x)<0.0)
#define ___F64ODDP(x)(___F64INTEGERP(x) && (x)!=2.0*___F64FLOOR((x)*0.5))
#define ___F64EVENP(x)(___F64INTEGERP(x) && (x)==2.0*___F64FLOOR((x)*0.5))
#define ___F64FINITEP(x)___EXT(___isfinite)(x)
#ifdef ___USE_ISINF
#define ___F64INFINITEP(x)___EXT(___isinf)(x)
#else
#define ___F64INFINITEP(x)((x)!=0.0 && (x)==2.0*(x))
#endif
#ifdef ___USE_ISNAN
#define ___F64NANP(x)___EXT(___isnan)(x)
#else
#define ___F64NANP(x)((x)!=(x))
#endif
#if ___FIX_WIDTH == 30
#define ___F64FROMFIXEXACTP(x)(1)
#else
#define ___F64FROMFIXEXACTP(x)(___INT(x)==___FW(___CAST(___F64,___INT(x))))
#endif
#define ___F64EQ(x,y)((x)==(y))
#define ___F64LT(x,y)((x)<(y))
#define ___F64GT(x,y)((x)>(y))
#define ___F64LE(x,y)((x)<=(y))
#define ___F64GE(x,y)((x)>=(y))
#ifdef ___BUILTIN_64BIT_INT_TYPE
#define ___F64EQV(x,y)(___ps->f64_temp1=(x),___ps->f64_temp2=(y),*___CAST(___U64*,&___ps->f64_temp1)==*___CAST(___U64*,&___ps->f64_temp2))
#else
#define ___F64EQV(x,y)(___ps->f64_temp1=(x),___ps->f64_temp2=(y),___U64_hi32((*___CAST(___U64*,&___ps->f64_temp1)))==___U64_hi32((*___CAST(___U64*,&___ps->f64_temp2)))&&___U64_lo32((*___CAST(___U64*,&___ps->f64_temp1)))==___U64_lo32((*___CAST(___U64*,&___ps->f64_temp2))))
#endif

/* IFJUMP-able operations */

#define ___CHAREQP(x,y)((x)==(y))
#define ___CHARLTP(x,y)((x)<(y))
#define ___CHARGTP(x,y)((x)>(y))
#define ___CHARLEP(x,y)((x)<=(y))
#define ___CHARGEP(x,y)((x)>=(y))

#ifdef ___USE_C_RTS_CHAR_OPERATIONS
#define ___CHARALPHABETICP(x)___EXT(___iswalpha)(___ORD(x))
#define ___CHARNUMERICP(x)___EXT(___iswdigit)(___ORD(x))
#define ___CHARWHITESPACEP(x)___EXT(___iswspace)(___ORD(x))
#define ___CHARUPPERCASEP(x)___EXT(___iswupper)(___ORD(x))
#define ___CHARLOWERCASEP(x)___EXT(___iswlower)(___ORD(x))
#define ___CHARUPCASE(x)___CHR(___EXT(___towupper)(___ORD(x)))
#define ___CHARDOWNCASE(x)___CHR(___EXT(___towlower)(___ORD(x)))
#endif

/* APPLY-able operations */

#define ___PAIR_SIZE 2
#define ___PAIR_CDR 0
#define ___PAIR_CAR 1

#define ___CAR_FIELD(obj)___PAIR_TO_BODY(obj)[___PAIR_CAR]
#define ___CDR_FIELD(obj)___PAIR_TO_BODY(obj)[___PAIR_CDR]

#define ___ALLOC_PAIR_EXPR(x,y)(___BEGIN_ALLOC_PAIR(), \
___ADD_PAIR_ELEM(___PAIR_CAR,x), \
___ADD_PAIR_ELEM(___PAIR_CDR,y), \
___END_ALLOC_PAIR())
#define ___ALLOC_PAIR(x,y){___BEGIN_ALLOC_PAIR(); \
___ADD_PAIR_ELEM(___PAIR_CAR,x); \
___ADD_PAIR_ELEM(___PAIR_CDR,y); \
___END_ALLOC_PAIR();}

#define ___CONS(x,y)(___ALLOC_PAIR_EXPR(x,y),___GET_PAIR())
#define ___XCONS(x,y)(___ALLOC_PAIR_EXPR(y,x),___GET_PAIR())

#define ___SETCAR(obj,car)___CAR_FIELD(obj)=car;
#define ___SETCDR(obj,cdr)___CDR_FIELD(obj)=cdr;
#define ___CAR(obj)___CAR_FIELD(obj)
#define ___CDR(obj)___CDR_FIELD(obj)
#define ___CAAR(obj)___CAR(___CAR(obj))
#define ___CADR(obj)___CAR(___CDR(obj))
#define ___CDAR(obj)___CDR(___CAR(obj))
#define ___CDDR(obj)___CDR(___CDR(obj))
#define ___CAAAR(obj)___CAR(___CAR(___CAR(obj)))
#define ___CAADR(obj)___CAR(___CAR(___CDR(obj)))
#define ___CADAR(obj)___CAR(___CDR(___CAR(obj)))
#define ___CADDR(obj)___CAR(___CDR(___CDR(obj)))
#define ___CDAAR(obj)___CDR(___CAR(___CAR(obj)))
#define ___CDADR(obj)___CDR(___CAR(___CDR(obj)))
#define ___CDDAR(obj)___CDR(___CDR(___CAR(obj)))
#define ___CDDDR(obj)___CDR(___CDR(___CDR(obj)))
#define ___CAAAAR(obj)___CAR(___CAR(___CAR(___CAR(obj))))
#define ___CAAADR(obj)___CAR(___CAR(___CAR(___CDR(obj))))
#define ___CAADAR(obj)___CAR(___CAR(___CDR(___CAR(obj))))
#define ___CAADDR(obj)___CAR(___CAR(___CDR(___CDR(obj))))
#define ___CADAAR(obj)___CAR(___CDR(___CAR(___CAR(obj))))
#define ___CADADR(obj)___CAR(___CDR(___CAR(___CDR(obj))))
#define ___CADDAR(obj)___CAR(___CDR(___CDR(___CAR(obj))))
#define ___CADDDR(obj)___CAR(___CDR(___CDR(___CDR(obj))))
#define ___CDAAAR(obj)___CDR(___CAR(___CAR(___CAR(obj))))
#define ___CDAADR(obj)___CDR(___CAR(___CAR(___CDR(obj))))
#define ___CDADAR(obj)___CDR(___CAR(___CDR(___CAR(obj))))
#define ___CDADDR(obj)___CDR(___CAR(___CDR(___CDR(obj))))
#define ___CDDAAR(obj)___CDR(___CDR(___CAR(___CAR(obj))))
#define ___CDDADR(obj)___CDR(___CDR(___CAR(___CDR(obj))))
#define ___CDDDAR(obj)___CDR(___CDR(___CDR(___CAR(obj))))
#define ___CDDDDR(obj)___CDR(___CDR(___CDR(___CDR(obj))))

/* APPLY-able operations */

#define ___GET_SMALL_ALLOC ___temp

#define ___MAKEVECTSMALL(size,fill,BEGIN_ALLOC_VECT,END_ALLOC_VECT,ADD_VECT_ELEM_RAW,GET_VECT,ELEM_TYPE) \
{ \
  int ___size = size; \
  ELEM_TYPE ___fill = fill; \
  int ___i; \
  BEGIN_ALLOC_VECT(___size) \
  for (___i=0; ___i<___size; ___i++) ADD_VECT_ELEM_RAW(___i,___fill) \
  END_ALLOC_VECT(___size) \
  ___temp = GET_VECT(___size); \
}

#define ___MAKEVECTSMALLNOFILL(size,BEGIN_ALLOC_VECT,END_ALLOC_VECT,ADD_VECT_ELEM_RAW,GET_VECT) \
{ \
  int ___size = size; \
  BEGIN_ALLOC_VECT(___size) \
  END_ALLOC_VECT(___size) \
  ___temp = GET_VECT(___size); \
}

#define ___SUBVECTSMALL(body,start,end,BEGIN_ALLOC_VECT,END_ALLOC_VECT,ADD_VECT_ELEM_RAW,GET_VECT,FETCH_RAW) \
{ \
  ___WORD *___body = body; \
  int ___i = start; \
  int ___size = (end)-___i; \
  int ___j; \
  BEGIN_ALLOC_VECT(___size) \
  for (___j=0; ___j<___size; ___j++) \
    { \
      ADD_VECT_ELEM_RAW(___j,FETCH_RAW(___body,___i)) \
      ___i++; \
    } \
  END_ALLOC_VECT(___size) \
  ___temp = GET_VECT(___size); \
}

#define ___VECTDELETESMALL(body,i,size,BEGIN_ALLOC_VECT,END_ALLOC_VECT,ADD_VECT_ELEM_RAW,GET_VECT,FETCH_RAW) \
{ \
  ___WORD *___body = body; \
  int ___i = i; \
  int ___size = (size)-1; \
  int ___j; \
  BEGIN_ALLOC_VECT(___size) \
  for (___j=0; ___j<___i; ___j++) \
    ADD_VECT_ELEM_RAW(___j,FETCH_RAW(___body,___j)) \
  for (; ___j<___size; ___j++) \
    ADD_VECT_ELEM_RAW(___j,FETCH_RAW(___body,___j+1)) \
  END_ALLOC_VECT(___size) \
  ___temp = GET_VECT(___size); \
}

#define ___VECTINSERTSMALL(body,i,val,size,BEGIN_ALLOC_VECT,END_ALLOC_VECT,ADD_VECT_ELEM_RAW,GET_VECT,FETCH_RAW) \
{ \
  ___WORD *___body = body; \
  int ___i = i; \
  int ___size = (size)+1; \
  int ___j; \
  BEGIN_ALLOC_VECT(___size) \
  for (___j=0; ___j<___i; ___j++) \
    ADD_VECT_ELEM_RAW(___j,FETCH_RAW(___body,___j)) \
  ADD_VECT_ELEM_RAW(___j,val) \
  while (++___j<___size) \
    ADD_VECT_ELEM_RAW(___j,FETCH_RAW(___body,___j-1)) \
  END_ALLOC_VECT(___size) \
  ___temp = GET_VECT(___size); \
}

#define ___VECTUPDATESMALL(body,i,val,size,BEGIN_ALLOC_VECT,END_ALLOC_VECT,ADD_VECT_ELEM_RAW,GET_VECT,FETCH_RAW) \
{ \
  ___WORD *___body = body; \
  int ___size = size; \
  int ___j; \
  BEGIN_ALLOC_VECT(___size) \
  for (___j=0; ___j<___size; ___j++) \
    ADD_VECT_ELEM_RAW(___j,FETCH_RAW(___body,___j)) \
  ADD_VECT_ELEM_RAW(i,val) \
  END_ALLOC_VECT(___size) \
  ___temp = GET_VECT(___size); \
}

#define ___BOX_SIZE 1

#define ___BOX(x) \
(___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_WORDS(___BOX_SIZE,___sBOXVALUES)), \
___ADD_SUBTYPED_ELEM(0,x), \
___END_ALLOC_SUBTYPED(___BOX_SIZE), \
___GET_SUBTYPED(___BOX_SIZE))
#define ___UNBOX(x)___BODY_AS(x,___tSUBTYPED)[0]
#define ___SETBOX(x,y)___BODY_AS(x,___tSUBTYPED)[0]=y;

#define ___VALUESSIZE(v)___HD_FIELDS(___SUBTYPED_HEADER(v))
#define ___VALUESLENGTH(v)___HD_FIELDS_FIX(___SUBTYPED_HEADER(v))
#define ___VALUESREF(v,i)*(___WORD*)(((___WORD)___BODY_AS(v,___tSUBTYPED))+((i)<<(___LWS-___TB_FIXNUM)))
#define ___VALUESSET(v,i,val)*(___WORD*)(((___WORD)___BODY_AS(v,___tSUBTYPED))+((i)<<(___LWS-___TB_FIXNUM)))=val;

#define ___MAKEVALUESSMALL1(size)___MAKEVALUESSMALL2(size,___FIX(0))
#define ___MAKEVALUESSMALL2(size,fill) \
___MAKEVECTSMALL(___INT(size),fill,___BEGIN_ALLOC_VALUES,___END_ALLOC_VALUES,___ADD_VALUES_ELEM,___GET_VALUES,___SCMOBJ)
#define ___VALUESCOPYSMALL1(v) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),0,___VALUESSIZE(v),___BEGIN_ALLOC_VALUES,___END_ALLOC_VALUES,___ADD_VALUES_ELEM,___GET_VALUES,___FETCH_WORD)
#define ___VALUESCOPYSMALL2(v,start) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___VALUESSIZE(v),___BEGIN_ALLOC_VALUES,___END_ALLOC_VALUES,___ADD_VALUES_ELEM,___GET_VALUES,___FETCH_WORD)
#define ___VALUESCOPYSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_VALUES,___END_ALLOC_VALUES,___ADD_VALUES_ELEM,___GET_VALUES,___FETCH_WORD)
#define ___SUBVALUESSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_VALUES,___END_ALLOC_VALUES,___ADD_VALUES_ELEM,___GET_VALUES,___FETCH_WORD)
#define ___VALUESDELETESMALL2(v,i) \
___VECTDELETESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___VALUESSIZE(v),___BEGIN_ALLOC_VALUES,___END_ALLOC_VALUES,___ADD_VALUES_ELEM,___GET_VALUES,___FETCH_WORD)
#define ___VALUESINSERTSMALL3(v,i,val) \
___VECTINSERTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),val,___VALUESSIZE(v),___BEGIN_ALLOC_VALUES,___END_ALLOC_VALUES,___ADD_VALUES_ELEM,___GET_VALUES,___FETCH_WORD)
#define ___VALUESUPDATESMALL3(v,i,val) \
___VECTUPDATESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),val,___VALUESSIZE(v),___BEGIN_ALLOC_VALUES,___END_ALLOC_VALUES,___ADD_VALUES_ELEM,___GET_VALUES,___FETCH_WORD)

#define ___VECTORELEM(v,i)___BODY_AS(v,___tVECTOR)[i]

#define ___VECTORSIZE(v)___HD_FIELDS(___VECTOR_HEADER(v))
#define ___VECTORLENGTH(v)___HD_FIELDS_FIX(___VECTOR_HEADER(v))
#define ___VECTORREF(v,i)*___CAST(___WORD*,___CAST(___WORD,___BODY_AS(v,___tVECTOR))+((i)<<(___LWS-___TB_FIXNUM)))
#define ___VECTORSET(v,i,val)*___CAST(___WORD*,___CAST(___WORD,___BODY_AS(v,___tVECTOR))+((i)<<(___LWS-___TB_FIXNUM)))=val;
#define ___VECTORSHRINK(v,i)___temp=(v);___VECTOR_HEADER_SET(___temp,(___VECTOR_HEADER(___temp)&~___LMASK)+((i)<<(___LF-___TB_FIXNUM+___LWS)));
#define ___VECTORCAS(v,i,val,oldval)___COMPARE_AND_SWAP_WORD(___CAST(___WORD*,___CAST(___WORD,___BODY_AS(v,___tVECTOR))+((i)<<(___LWS-___TB_FIXNUM))),oldval,val)
#define ___VECTORINC(v,i,val)___FETCH_AND_ADD_WORD(___CAST(___WORD*,___CAST(___WORD,___BODY_AS(v,___tVECTOR))+((i)<<(___LWS-___TB_FIXNUM))),val)
#define ___VECTORINBOUNDSP(v,i)(___CAST(___UWORD,___INT(i))<___VECTORSIZE(v))

#define ___MAKEVECTORSMALL1(size)___MAKEVECTORSMALL2(size,___FIX(0))
#define ___MAKEVECTORSMALL2(size,fill) \
___MAKEVECTSMALL(___INT(size),fill,___BEGIN_ALLOC_VECTOR,___END_ALLOC_VECTOR,___ADD_VECTOR_ELEM,___GET_VECTOR,___SCMOBJ)
#define ___VECTORCOPYSMALL1(v) \
___SUBVECTSMALL(___BODY_AS(v,___tVECTOR),0,___VECTORSIZE(v),___BEGIN_ALLOC_VECTOR,___END_ALLOC_VECTOR,___ADD_VECTOR_ELEM,___GET_VECTOR,___FETCH_WORD)
#define ___VECTORCOPYSMALL2(v,start) \
___SUBVECTSMALL(___BODY_AS(v,___tVECTOR),___INT(start),___VECTORSIZE(v),___BEGIN_ALLOC_VECTOR,___END_ALLOC_VECTOR,___ADD_VECTOR_ELEM,___GET_VECTOR,___FETCH_WORD)
#define ___VECTORCOPYSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tVECTOR),___INT(start),___INT(end),___BEGIN_ALLOC_VECTOR,___END_ALLOC_VECTOR,___ADD_VECTOR_ELEM,___GET_VECTOR,___FETCH_WORD)
#define ___SUBVECTORSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tVECTOR),___INT(start),___INT(end),___BEGIN_ALLOC_VECTOR,___END_ALLOC_VECTOR,___ADD_VECTOR_ELEM,___GET_VECTOR,___FETCH_WORD)
#define ___VECTORDELETESMALL2(v,i) \
___VECTDELETESMALL(___BODY_AS(v,___tVECTOR),___INT(i),___VECTORSIZE(v),___BEGIN_ALLOC_VECTOR,___END_ALLOC_VECTOR,___ADD_VECTOR_ELEM,___GET_VECTOR,___FETCH_WORD)
#define ___VECTORINSERTSMALL3(v,i,val) \
___VECTINSERTSMALL(___BODY_AS(v,___tVECTOR),___INT(i),val,___VECTORSIZE(v),___BEGIN_ALLOC_VECTOR,___END_ALLOC_VECTOR,___ADD_VECTOR_ELEM,___GET_VECTOR,___FETCH_WORD)
#define ___VECTORUPDATESMALL3(v,i,val) \
___VECTUPDATESMALL(___BODY_AS(v,___tVECTOR),___INT(i),val,___VECTORSIZE(v),___BEGIN_ALLOC_VECTOR,___END_ALLOC_VECTOR,___ADD_VECTOR_ELEM,___GET_VECTOR,___FETCH_WORD)

#define ___STRINGSIZE(v)(___HD_BYTES(___SUBTYPED_HEADER(v))>>___LCS)
#define ___STRINGLENGTH(v)___FIX(___STRINGSIZE(v))
#define ___STRINGREF(v,i) \
___CHR(___FETCH_C(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM))
#define ___STRINGSET(v,i,val) \
___STORE_C(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM,___ORD(val));
#define ___STRINGSHRINK(v,i)___temp=(v);___SUBTYPED_HEADER_SET(___temp,(___SUBTYPED_HEADER(___temp)&~___LMASK)+((i)<<(___LF-___TB_FIXNUM+___LCS)));
#define ___STRINGINBOUNDSP(v,i)(___CAST(___UWORD,___INT(i))<___STRINGSIZE(v))

#define ___MAKESTRINGSMALL1(size) \
___MAKEVECTSMALLNOFILL(___INT(size),___BEGIN_ALLOC_STRING,___END_ALLOC_STRING,___ADD_STRING_ELEM_RAW,___GET_STRING)
#define ___MAKESTRINGSMALL2(size,fill) \
___MAKEVECTSMALL(___INT(size),___ORD(fill),___BEGIN_ALLOC_STRING,___END_ALLOC_STRING,___ADD_STRING_ELEM_RAW,___GET_STRING,___C)
#define ___STRINGCOPYSMALL1(v) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),0,___STRINGSIZE(v),___BEGIN_ALLOC_STRING,___END_ALLOC_STRING,___ADD_STRING_ELEM_RAW,___GET_STRING,___FETCH_C)
#define ___STRINGCOPYSMALL2(v,start) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___STRINGSIZE(v),___BEGIN_ALLOC_STRING,___END_ALLOC_STRING,___ADD_STRING_ELEM_RAW,___GET_STRING,___FETCH_C)
#define ___STRINGCOPYSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_STRING,___END_ALLOC_STRING,___ADD_STRING_ELEM_RAW,___GET_STRING,___FETCH_C)
#define ___SUBSTRINGSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_STRING,___END_ALLOC_STRING,___ADD_STRING_ELEM_RAW,___GET_STRING,___FETCH_C)
#define ___STRINGDELETESMALL2(v,i) \
___VECTDELETESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___STRINGSIZE(v),___BEGIN_ALLOC_STRING,___END_ALLOC_STRING,___ADD_STRING_ELEM_RAW,___GET_STRING,___FETCH_C)
#define ___STRINGINSERTSMALL3(v,i,val) \
___VECTINSERTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___ORD(val),___STRINGSIZE(v),___BEGIN_ALLOC_STRING,___END_ALLOC_STRING,___ADD_STRING_ELEM_RAW,___GET_STRING,___FETCH_C)
#define ___STRINGUPDATESMALL3(v,i,val) \
___VECTUPDATESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___ORD(val),___STRINGSIZE(v),___BEGIN_ALLOC_STRING,___END_ALLOC_STRING,___ADD_STRING_ELEM_RAW,___GET_STRING,___FETCH_C)

#define ___S8VECTORSIZE(v)___HD_BYTES(___SUBTYPED_HEADER(v))
#define ___S8VECTORLENGTH(v)___FIX(___S8VECTORSIZE(v))
#define ___S8VECTORREF(v,i) \
___FIX(___FETCH_S8(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM))
#define ___S8VECTORSET(v,i,val) \
___STORE_S8(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM,___INT(val));
#define ___S8VECTORSHRINK(v,i)___temp=(v);___SUBTYPED_HEADER_SET(___temp,(___SUBTYPED_HEADER(___temp)&~___LMASK)+((i)<<(___LF-___TB_FIXNUM)));
#define ___S8VECTORINBOUNDSP(v,i)(___CAST(___UWORD,___INT(i))<___S8VECTORSIZE(v))

#define ___MAKES8VECTORSMALL1(size) \
___MAKEVECTSMALLNOFILL(___INT(size),___BEGIN_ALLOC_S8VECTOR,___END_ALLOC_S8VECTOR,___ADD_S8VECTOR_ELEM_RAW,___GET_S8VECTOR)
#define ___MAKES8VECTORSMALL2(size,fill) \
___MAKEVECTSMALL(___INT(size),___INT(fill),___BEGIN_ALLOC_S8VECTOR,___END_ALLOC_S8VECTOR,___ADD_S8VECTOR_ELEM_RAW,___GET_S8VECTOR,___S8)
#define ___S8VECTORCOPYSMALL1(v) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),0,___S8VECTORSIZE(v),___BEGIN_ALLOC_S8VECTOR,___END_ALLOC_S8VECTOR,___ADD_S8VECTOR_ELEM_RAW,___GET_S8VECTOR,___FETCH_S8)
#define ___S8VECTORCOPYSMALL2(v,start) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___S8VECTORSIZE(v),___BEGIN_ALLOC_S8VECTOR,___END_ALLOC_S8VECTOR,___ADD_S8VECTOR_ELEM_RAW,___GET_S8VECTOR,___FETCH_S8)
#define ___S8VECTORCOPYSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_S8VECTOR,___END_ALLOC_S8VECTOR,___ADD_S8VECTOR_ELEM_RAW,___GET_S8VECTOR,___FETCH_S8)
#define ___SUBS8VECTORSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_S8VECTOR,___END_ALLOC_S8VECTOR,___ADD_S8VECTOR_ELEM_RAW,___GET_S8VECTOR,___FETCH_S8)
#define ___S8VECTORDELETESMALL2(v,i) \
___VECTDELETESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___S8VECTORSIZE(v),___BEGIN_ALLOC_S8VECTOR,___END_ALLOC_S8VECTOR,___ADD_S8VECTOR_ELEM_RAW,___GET_S8VECTOR,___FETCH_S8)
#define ___S8VECTORINSERTSMALL3(v,i,val) \
___VECTINSERTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___INT(val),___S8VECTORSIZE(v),___BEGIN_ALLOC_S8VECTOR,___END_ALLOC_S8VECTOR,___ADD_S8VECTOR_ELEM_RAW,___GET_S8VECTOR,___FETCH_S8)
#define ___S8VECTORUPDATESMALL3(v,i,val) \
___VECTUPDATESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___INT(val),___S8VECTORSIZE(v),___BEGIN_ALLOC_S8VECTOR,___END_ALLOC_S8VECTOR,___ADD_S8VECTOR_ELEM_RAW,___GET_S8VECTOR,___FETCH_S8)

#define ___U8VECTORSIZE(v)___HD_BYTES(___SUBTYPED_HEADER(v))
#define ___U8VECTORLENGTH(v)___FIX(___U8VECTORSIZE(v))
#define ___U8VECTORREF(v,i) \
___FIX(___FETCH_U8(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM))
#define ___U8VECTORSET(v,i,val) \
___STORE_U8(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM,___INT(val));
#define ___U8VECTORSHRINK(v,i)___temp=(v);___SUBTYPED_HEADER_SET(___temp,(___SUBTYPED_HEADER(___temp)&~___LMASK)+((i)<<(___LF-___TB_FIXNUM)));
#define ___U8VECTORINBOUNDSP(v,i)(___CAST(___UWORD,___INT(i))<___U8VECTORSIZE(v))

#define ___MAKEU8VECTORSMALL1(size) \
___MAKEVECTSMALLNOFILL(___INT(size),___BEGIN_ALLOC_U8VECTOR,___END_ALLOC_U8VECTOR,___ADD_U8VECTOR_ELEM_RAW,___GET_U8VECTOR)
#define ___MAKEU8VECTORSMALL2(size,fill) \
___MAKEVECTSMALL(___INT(size),___INT(fill),___BEGIN_ALLOC_U8VECTOR,___END_ALLOC_U8VECTOR,___ADD_U8VECTOR_ELEM_RAW,___GET_U8VECTOR,___U8)
#define ___U8VECTORCOPYSMALL1(v) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),0,___U8VECTORSIZE(v),___BEGIN_ALLOC_U8VECTOR,___END_ALLOC_U8VECTOR,___ADD_U8VECTOR_ELEM_RAW,___GET_U8VECTOR,___FETCH_U8)
#define ___U8VECTORCOPYSMALL2(v,start) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___U8VECTORSIZE(v),___BEGIN_ALLOC_U8VECTOR,___END_ALLOC_U8VECTOR,___ADD_U8VECTOR_ELEM_RAW,___GET_U8VECTOR,___FETCH_U8)
#define ___U8VECTORCOPYSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_U8VECTOR,___END_ALLOC_U8VECTOR,___ADD_U8VECTOR_ELEM_RAW,___GET_U8VECTOR,___FETCH_U8)
#define ___SUBU8VECTORSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_U8VECTOR,___END_ALLOC_U8VECTOR,___ADD_U8VECTOR_ELEM_RAW,___GET_U8VECTOR,___FETCH_U8)
#define ___U8VECTORDELETESMALL2(v,i) \
___VECTDELETESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___U8VECTORSIZE(v),___BEGIN_ALLOC_U8VECTOR,___END_ALLOC_U8VECTOR,___ADD_U8VECTOR_ELEM_RAW,___GET_U8VECTOR,___FETCH_U8)
#define ___U8VECTORINSERTSMALL3(v,i,val) \
___VECTINSERTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___INT(val),___U8VECTORSIZE(v),___BEGIN_ALLOC_U8VECTOR,___END_ALLOC_U8VECTOR,___ADD_U8VECTOR_ELEM_RAW,___GET_U8VECTOR,___FETCH_U8)
#define ___U8VECTORUPDATESMALL3(v,i,val) \
___VECTUPDATESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___INT(val),___U8VECTORSIZE(v),___BEGIN_ALLOC_U8VECTOR,___END_ALLOC_U8VECTOR,___ADD_U8VECTOR_ELEM_RAW,___GET_U8VECTOR,___FETCH_U8)

#define ___S16VECTORSIZE(v)(___HD_BYTES(___SUBTYPED_HEADER(v))>>1)
#define ___S16VECTORLENGTH(v)___FIX(___S16VECTORSIZE(v))
#define ___S16VECTORREF(v,i) \
___FIX(___FETCH_S16(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM))
#define ___S16VECTORSET(v,i,val) \
___STORE_S16(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM,___INT(val));
#define ___S16VECTORSHRINK(v,i)___temp=(v);___SUBTYPED_HEADER_SET(___temp,(___SUBTYPED_HEADER(___temp)&~___LMASK)+((i)<<(___LF-___TB_FIXNUM+1)));
#define ___S16VECTORINBOUNDSP(v,i)(___CAST(___UWORD,___INT(i))<___S16VECTORSIZE(v))

#define ___MAKES16VECTORSMALL1(size) \
___MAKEVECTSMALLNOFILL(___INT(size),___BEGIN_ALLOC_S16VECTOR,___END_ALLOC_S16VECTOR,___ADD_S16VECTOR_ELEM_RAW,___GET_S16VECTOR)
#define ___MAKES16VECTORSMALL2(size,fill) \
___MAKEVECTSMALL(___INT(size),___INT(fill),___BEGIN_ALLOC_S16VECTOR,___END_ALLOC_S16VECTOR,___ADD_S16VECTOR_ELEM_RAW,___GET_S16VECTOR,___S16)
#define ___S16VECTORCOPYSMALL1(v) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),0,___S16VECTORSIZE(v),___BEGIN_ALLOC_S16VECTOR,___END_ALLOC_S16VECTOR,___ADD_S16VECTOR_ELEM_RAW,___GET_S16VECTOR,___FETCH_S16)
#define ___S16VECTORCOPYSMALL2(v,start) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___S16VECTORSIZE(v),___BEGIN_ALLOC_S16VECTOR,___END_ALLOC_S16VECTOR,___ADD_S16VECTOR_ELEM_RAW,___GET_S16VECTOR,___FETCH_S16)
#define ___S16VECTORCOPYSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_S16VECTOR,___END_ALLOC_S16VECTOR,___ADD_S16VECTOR_ELEM_RAW,___GET_S16VECTOR,___FETCH_S16)
#define ___SUBS16VECTORSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_S16VECTOR,___END_ALLOC_S16VECTOR,___ADD_S16VECTOR_ELEM_RAW,___GET_S16VECTOR,___FETCH_S16)
#define ___S16VECTORDELETESMALL2(v,i) \
___VECTDELETESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___S16VECTORSIZE(v),___BEGIN_ALLOC_S16VECTOR,___END_ALLOC_S16VECTOR,___ADD_S16VECTOR_ELEM_RAW,___GET_S16VECTOR,___FETCH_S16)
#define ___S16VECTORINSERTSMALL3(v,i,val) \
___VECTINSERTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___INT(val),___S16VECTORSIZE(v),___BEGIN_ALLOC_S16VECTOR,___END_ALLOC_S16VECTOR,___ADD_S16VECTOR_ELEM_RAW,___GET_S16VECTOR,___FETCH_S16)
#define ___S16VECTORUPDATESMALL3(v,i,val) \
___VECTUPDATESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___INT(val),___S16VECTORSIZE(v),___BEGIN_ALLOC_S16VECTOR,___END_ALLOC_S16VECTOR,___ADD_S16VECTOR_ELEM_RAW,___GET_S16VECTOR,___FETCH_S16)

#define ___U16VECTORSIZE(v)(___HD_BYTES(___SUBTYPED_HEADER(v))>>1)
#define ___U16VECTORLENGTH(v)___FIX(___U16VECTORSIZE(v))
#define ___U16VECTORREF(v,i) \
___FIX(___FETCH_U16(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM))
#define ___U16VECTORSET(v,i,val) \
___STORE_U16(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM,___INT(val));
#define ___U16VECTORSHRINK(v,i)___temp=(v);___SUBTYPED_HEADER_SET(___temp,(___SUBTYPED_HEADER(___temp)&~___LMASK)+((i)<<(___LF-___TB_FIXNUM+1)));
#define ___U16VECTORINBOUNDSP(v,i)(___CAST(___UWORD,___INT(i))<___U16VECTORSIZE(v))

#define ___MAKEU16VECTORSMALL1(size) \
___MAKEVECTSMALLNOFILL(___INT(size),___BEGIN_ALLOC_U16VECTOR,___END_ALLOC_U16VECTOR,___ADD_U16VECTOR_ELEM_RAW,___GET_U16VECTOR)
#define ___MAKEU16VECTORSMALL2(size,fill) \
___MAKEVECTSMALL(___INT(size),___INT(fill),___BEGIN_ALLOC_U16VECTOR,___END_ALLOC_U16VECTOR,___ADD_U16VECTOR_ELEM_RAW,___GET_U16VECTOR,___U16)
#define ___U16VECTORCOPYSMALL1(v) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),0,___U16VECTORSIZE(v),___BEGIN_ALLOC_U16VECTOR,___END_ALLOC_U16VECTOR,___ADD_U16VECTOR_ELEM_RAW,___GET_U16VECTOR,___FETCH_U16)
#define ___U16VECTORCOPYSMALL2(v,start) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___U16VECTORSIZE(v),___BEGIN_ALLOC_U16VECTOR,___END_ALLOC_U16VECTOR,___ADD_U16VECTOR_ELEM_RAW,___GET_U16VECTOR,___FETCH_U16)
#define ___U16VECTORCOPYSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_U16VECTOR,___END_ALLOC_U16VECTOR,___ADD_U16VECTOR_ELEM_RAW,___GET_U16VECTOR,___FETCH_U16)
#define ___SUBU16VECTORSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_U16VECTOR,___END_ALLOC_U16VECTOR,___ADD_U16VECTOR_ELEM_RAW,___GET_U16VECTOR,___FETCH_U16)
#define ___U16VECTORDELETESMALL2(v,i) \
___VECTDELETESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___U16VECTORSIZE(v),___BEGIN_ALLOC_U16VECTOR,___END_ALLOC_U16VECTOR,___ADD_U16VECTOR_ELEM_RAW,___GET_U16VECTOR,___FETCH_U16)
#define ___U16VECTORINSERTSMALL3(v,i,val) \
___VECTINSERTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___INT(val),___U16VECTORSIZE(v),___BEGIN_ALLOC_U16VECTOR,___END_ALLOC_U16VECTOR,___ADD_U16VECTOR_ELEM_RAW,___GET_U16VECTOR,___FETCH_U16)
#define ___U16VECTORUPDATESMALL3(v,i,val) \
___VECTUPDATESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___INT(val),___U16VECTORSIZE(v),___BEGIN_ALLOC_U16VECTOR,___END_ALLOC_U16VECTOR,___ADD_U16VECTOR_ELEM_RAW,___GET_U16VECTOR,___FETCH_U16)

#define ___S32VECTORSIZE(v)(___HD_BYTES(___SUBTYPED_HEADER(v))>>2)
#define ___S32VECTORLENGTH(v)___FIX(___S32VECTORSIZE(v))
#define ___S32VECTORREF(v,i) \
___S32BOX(___FETCH_S32(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM))
#define ___S32VECTORREFFIX(v,i) \
___FIX(___FETCH_S32(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM))
#define ___S32VECTORSET(v,i,val) \
___STORE_S32(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM,___S32UNBOX(val));
#define ___S32VECTORSETFIX(v,i,val) \
___STORE_S32(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM,___INT(val));
#define ___S32VECTORSHRINK(v,i)___temp=(v);___SUBTYPED_HEADER_SET(___temp,(___SUBTYPED_HEADER(___temp)&~___LMASK)+((i)<<(___LF-___TB_FIXNUM+2)));
#define ___S32VECTORINBOUNDSP(v,i)(___CAST(___UWORD,___INT(i))<___S32VECTORSIZE(v))

#define ___MAKES32VECTORSMALL1(size) \
___MAKEVECTSMALLNOFILL(___INT(size),___BEGIN_ALLOC_S32VECTOR,___END_ALLOC_S32VECTOR,___ADD_S32VECTOR_ELEM_RAW,___GET_S32VECTOR)
#define ___MAKES32VECTORSMALL2(size,fill) \
___MAKEVECTSMALL(___INT(size),___S32UNBOX(fill),___BEGIN_ALLOC_S32VECTOR,___END_ALLOC_S32VECTOR,___ADD_S32VECTOR_ELEM_RAW,___GET_S32VECTOR,___S32)
#define ___S32VECTORCOPYSMALL1(v) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),0,___S32VECTORSIZE(v),___BEGIN_ALLOC_S32VECTOR,___END_ALLOC_S32VECTOR,___ADD_S32VECTOR_ELEM_RAW,___GET_S32VECTOR,___FETCH_S32)
#define ___S32VECTORCOPYSMALL2(v,start) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___S32VECTORSIZE(v),___BEGIN_ALLOC_S32VECTOR,___END_ALLOC_S32VECTOR,___ADD_S32VECTOR_ELEM_RAW,___GET_S32VECTOR,___FETCH_S32)
#define ___S32VECTORCOPYSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_S32VECTOR,___END_ALLOC_S32VECTOR,___ADD_S32VECTOR_ELEM_RAW,___GET_S32VECTOR,___FETCH_S32)
#define ___SUBS32VECTORSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_S32VECTOR,___END_ALLOC_S32VECTOR,___ADD_S32VECTOR_ELEM_RAW,___GET_S32VECTOR,___FETCH_S32)
#define ___S32VECTORDELETESMALL2(v,i) \
___VECTDELETESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___S32VECTORSIZE(v),___BEGIN_ALLOC_S32VECTOR,___END_ALLOC_S32VECTOR,___ADD_S32VECTOR_ELEM_RAW,___GET_S32VECTOR,___FETCH_S32)
#define ___S32VECTORINSERTSMALL3(v,i,val) \
___VECTINSERTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___S32UNBOX(val),___S32VECTORSIZE(v),___BEGIN_ALLOC_S32VECTOR,___END_ALLOC_S32VECTOR,___ADD_S32VECTOR_ELEM_RAW,___GET_S32VECTOR,___FETCH_S32)
#define ___S32VECTORUPDATESMALL3(v,i,val) \
___VECTUPDATESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___S32UNBOX(val),___S32VECTORSIZE(v),___BEGIN_ALLOC_S32VECTOR,___END_ALLOC_S32VECTOR,___ADD_S32VECTOR_ELEM_RAW,___GET_S32VECTOR,___FETCH_S32)

#define ___U32VECTORSIZE(v)(___HD_BYTES(___SUBTYPED_HEADER(v))>>2)
#define ___U32VECTORLENGTH(v)___FIX(___U32VECTORSIZE(v))
#define ___U32VECTORREF(v,i) \
___U32BOX(___FETCH_U32(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM))
#define ___U32VECTORREFFIX(v,i) \
___FIX(___FETCH_U32(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM))
#define ___U32VECTORSET(v,i,val) \
___STORE_U32(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM,___U32UNBOX(val));
#define ___U32VECTORSETFIX(v,i,val) \
___STORE_U32(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM,___INT(val));
#define ___U32VECTORSHRINK(v,i)___temp=(v);___SUBTYPED_HEADER_SET(___temp,(___SUBTYPED_HEADER(___temp)&~___LMASK)+((i)<<(___LF-___TB_FIXNUM+2)));
#define ___U32VECTORINBOUNDSP(v,i)(___CAST(___UWORD,___INT(i))<___U32VECTORSIZE(v))

#define ___MAKEU32VECTORSMALL1(size) \
___MAKEVECTSMALLNOFILL(___INT(size),___BEGIN_ALLOC_U32VECTOR,___END_ALLOC_U32VECTOR,___ADD_U32VECTOR_ELEM_RAW,___GET_U32VECTOR)
#define ___MAKEU32VECTORSMALL2(size,fill) \
___MAKEVECTSMALL(___INT(size),___U32UNBOX(fill),___BEGIN_ALLOC_U32VECTOR,___END_ALLOC_U32VECTOR,___ADD_U32VECTOR_ELEM_RAW,___GET_U32VECTOR,___U32)
#define ___U32VECTORCOPYSMALL1(v) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),0,___U32VECTORSIZE(v),___BEGIN_ALLOC_U32VECTOR,___END_ALLOC_U32VECTOR,___ADD_U32VECTOR_ELEM_RAW,___GET_U32VECTOR,___FETCH_U32)
#define ___U32VECTORCOPYSMALL2(v,start) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___U32VECTORSIZE(v),___BEGIN_ALLOC_U32VECTOR,___END_ALLOC_U32VECTOR,___ADD_U32VECTOR_ELEM_RAW,___GET_U32VECTOR,___FETCH_U32)
#define ___U32VECTORCOPYSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_U32VECTOR,___END_ALLOC_U32VECTOR,___ADD_U32VECTOR_ELEM_RAW,___GET_U32VECTOR,___FETCH_U32)
#define ___SUBU32VECTORSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_U32VECTOR,___END_ALLOC_U32VECTOR,___ADD_U32VECTOR_ELEM_RAW,___GET_U32VECTOR,___FETCH_U32)
#define ___U32VECTORDELETESMALL2(v,i) \
___VECTDELETESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___U32VECTORSIZE(v),___BEGIN_ALLOC_U32VECTOR,___END_ALLOC_U32VECTOR,___ADD_U32VECTOR_ELEM_RAW,___GET_U32VECTOR,___FETCH_U32)
#define ___U32VECTORINSERTSMALL3(v,i,val) \
___VECTINSERTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___U32UNBOX(val),___U32VECTORSIZE(v),___BEGIN_ALLOC_U32VECTOR,___END_ALLOC_U32VECTOR,___ADD_U32VECTOR_ELEM_RAW,___GET_U32VECTOR,___FETCH_U32)
#define ___U32VECTORUPDATESMALL3(v,i,val) \
___VECTUPDATESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___U32UNBOX(val),___U32VECTORSIZE(v),___BEGIN_ALLOC_U32VECTOR,___END_ALLOC_U32VECTOR,___ADD_U32VECTOR_ELEM_RAW,___GET_U32VECTOR,___FETCH_U32)

#define ___S64VECTORSIZE(v)(___HD_BYTES(___SUBTYPED_HEADER(v))>>3)
#define ___S64VECTORLENGTH(v)___FIX(___S64VECTORSIZE(v))
#define ___S64VECTORREF(v,i) \
___S64BOX(___FETCH_S64(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM))
#define ___S64VECTORREFFIX(v,i) \
___FIX(___FETCH_S64(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM))
#define ___S64VECTORSET(v,i,val) \
___STORE_S64(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM,___S64UNBOX(val));
#define ___S64VECTORSETFIX(v,i,val) \
___STORE_S64(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM,___INT(val));
#define ___S64VECTORSHRINK(v,i)___temp=(v);___SUBTYPED_HEADER_SET(___temp,(___SUBTYPED_HEADER(___temp)&~___LMASK)+((i)<<(___LF-___TB_FIXNUM+3)));
#define ___S64VECTORINBOUNDSP(v,i)(___CAST(___UWORD,___INT(i))<___S64VECTORSIZE(v))

#define ___MAKES64VECTORSMALL1(size) \
___MAKEVECTSMALLNOFILL(___INT(size),___BEGIN_ALLOC_S64VECTOR,___END_ALLOC_S64VECTOR,___ADD_S64VECTOR_ELEM_RAW,___GET_S64VECTOR)
#define ___MAKES64VECTORSMALL2(size,fill) \
___MAKEVECTSMALL(___INT(size),___S64UNBOX(fill),___BEGIN_ALLOC_S64VECTOR,___END_ALLOC_S64VECTOR,___ADD_S64VECTOR_ELEM_RAW,___GET_S64VECTOR,___S64)
#define ___S64VECTORCOPYSMALL1(v) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),0,___S64VECTORSIZE(v),___BEGIN_ALLOC_S64VECTOR,___END_ALLOC_S64VECTOR,___ADD_S64VECTOR_ELEM_RAW,___GET_S64VECTOR,___FETCH_S64)
#define ___S64VECTORCOPYSMALL2(v,start) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___S64VECTORSIZE(v),___BEGIN_ALLOC_S64VECTOR,___END_ALLOC_S64VECTOR,___ADD_S64VECTOR_ELEM_RAW,___GET_S64VECTOR,___FETCH_S64)
#define ___S64VECTORCOPYSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_S64VECTOR,___END_ALLOC_S64VECTOR,___ADD_S64VECTOR_ELEM_RAW,___GET_S64VECTOR,___FETCH_S64)
#define ___SUBS64VECTORSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_S64VECTOR,___END_ALLOC_S64VECTOR,___ADD_S64VECTOR_ELEM_RAW,___GET_S64VECTOR,___FETCH_S64)
#define ___S64VECTORDELETESMALL2(v,i) \
___VECTDELETESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___S64VECTORSIZE(v),___BEGIN_ALLOC_S64VECTOR,___END_ALLOC_S64VECTOR,___ADD_S64VECTOR_ELEM_RAW,___GET_S64VECTOR,___FETCH_S64)
#define ___S64VECTORINSERTSMALL3(v,i,val) \
___VECTINSERTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___S64UNBOX(val),___S64VECTORSIZE(v),___BEGIN_ALLOC_S64VECTOR,___END_ALLOC_S64VECTOR,___ADD_S64VECTOR_ELEM_RAW,___GET_S64VECTOR,___FETCH_S64)
#define ___S64VECTORUPDATESMALL3(v,i,val) \
___VECTUPDATESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___S64UNBOX(val),___S64VECTORSIZE(v),___BEGIN_ALLOC_S64VECTOR,___END_ALLOC_S64VECTOR,___ADD_S64VECTOR_ELEM_RAW,___GET_S64VECTOR,___FETCH_S64)

#define ___U64VECTORSIZE(v)(___HD_BYTES(___SUBTYPED_HEADER(v))>>3)
#define ___U64VECTORLENGTH(v)___FIX(___U64VECTORSIZE(v))
#define ___U64VECTORREF(v,i) \
___U64BOX(___FETCH_U64(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM))
#define ___U64VECTORREFFIX(v,i) \
___FIX(___FETCH_U64(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM))
#define ___U64VECTORSET(v,i,val) \
___STORE_U64(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM,___U64UNBOX(val));
#define ___U64VECTORSETFIX(v,i,val) \
___STORE_U64(___BODY_AS(v,___tSUBTYPED),(i)>>___TB_FIXNUM,___INT(val));
#define ___U64VECTORSHRINK(v,i)___temp=(v);___SUBTYPED_HEADER_SET(___temp,(___SUBTYPED_HEADER(___temp)&~___LMASK)+((i)<<(___LF-___TB_FIXNUM+3)));
#define ___U64VECTORINBOUNDSP(v,i)(___CAST(___UWORD,___INT(i))<___U64VECTORSIZE(v))

#define ___MAKEU64VECTORSMALL1(size) \
___MAKEVECTSMALLNOFILL(___INT(size),___BEGIN_ALLOC_U64VECTOR,___END_ALLOC_U64VECTOR,___ADD_U64VECTOR_ELEM_RAW,___GET_U64VECTOR)
#define ___MAKEU64VECTORSMALL2(size,fill) \
___MAKEVECTSMALL(___INT(size),___U64UNBOX(fill),___BEGIN_ALLOC_U64VECTOR,___END_ALLOC_U64VECTOR,___ADD_U64VECTOR_ELEM_RAW,___GET_U64VECTOR,___U64)
#define ___U64VECTORCOPYSMALL1(v) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),0,___U64VECTORSIZE(v),___BEGIN_ALLOC_U64VECTOR,___END_ALLOC_U64VECTOR,___ADD_U64VECTOR_ELEM_RAW,___GET_U64VECTOR,___FETCH_U64)
#define ___U64VECTORCOPYSMALL2(v,start) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___U64VECTORSIZE(v),___BEGIN_ALLOC_U64VECTOR,___END_ALLOC_U64VECTOR,___ADD_U64VECTOR_ELEM_RAW,___GET_U64VECTOR,___FETCH_U64)
#define ___U64VECTORCOPYSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_U64VECTOR,___END_ALLOC_U64VECTOR,___ADD_U64VECTOR_ELEM_RAW,___GET_U64VECTOR,___FETCH_U64)
#define ___SUBU64VECTORSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_U64VECTOR,___END_ALLOC_U64VECTOR,___ADD_U64VECTOR_ELEM_RAW,___GET_U64VECTOR,___FETCH_U64)
#define ___U64VECTORDELETESMALL2(v,i) \
___VECTDELETESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___U64VECTORSIZE(v),___BEGIN_ALLOC_U64VECTOR,___END_ALLOC_U64VECTOR,___ADD_U64VECTOR_ELEM_RAW,___GET_U64VECTOR,___FETCH_U64)
#define ___U64VECTORINSERTSMALL3(v,i,val) \
___VECTINSERTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___U64UNBOX(val),___U64VECTORSIZE(v),___BEGIN_ALLOC_U64VECTOR,___END_ALLOC_U64VECTOR,___ADD_U64VECTOR_ELEM_RAW,___GET_U64VECTOR,___FETCH_U64)
#define ___U64VECTORUPDATESMALL3(v,i,val) \
___VECTUPDATESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___U64UNBOX(val),___U64VECTORSIZE(v),___BEGIN_ALLOC_U64VECTOR,___END_ALLOC_U64VECTOR,___ADD_U64VECTOR_ELEM_RAW,___GET_U64VECTOR,___FETCH_U64)

#define ___F32VECTORSIZE(v)(___HD_BYTES(___SUBTYPED_HEADER(v))>>2)
#define ___F32VECTORLENGTH(v)___FIX(___F32VECTORSIZE(v))
#ifdef ___F32
#define ___F32VECTORREF(v,i)*(___F32*)(((___WORD)___BODY_AS(v,___tSUBTYPED))+((i)>>(___TB_FIXNUM-2)))
#define ___F32VECTORSET(v,i,val)*(___F32*)(((___WORD)___BODY_AS(v,___tSUBTYPED))+((i)>>(___TB_FIXNUM-2)))=val;
#else
#define ___F32VECTORREF(v,i)0.0
#define ___F32VECTORSET(v,i,val);
#endif
#define ___F32VECTORSHRINK(v,i)___temp=(v);___SUBTYPED_HEADER_SET(___temp,(___SUBTYPED_HEADER(___temp)&~___LMASK)+((i)<<(___LF-___TB_FIXNUM+2)));
#define ___F32VECTORINBOUNDSP(v,i)(___CAST(___UWORD,___INT(i))<___F32VECTORSIZE(v))

#define ___MAKEF32VECTORSMALL1(size) \
___MAKEVECTSMALLNOFILL(___INT(size),___BEGIN_ALLOC_F32VECTOR,___END_ALLOC_F32VECTOR,___ADD_F32VECTOR_ELEM,___GET_F32VECTOR)
#define ___MAKEF32VECTORSMALL2(size,fill) \
___MAKEVECTSMALL(___INT(size),___F64UNBOX(fill),___BEGIN_ALLOC_F32VECTOR,___END_ALLOC_F32VECTOR,___ADD_F32VECTOR_ELEM,___GET_F32VECTOR,___F64)
#define ___F32VECTORCOPYSMALL1(v) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),0,___F32VECTORSIZE(v),___BEGIN_ALLOC_F32VECTOR,___END_ALLOC_F32VECTOR,___ADD_F32VECTOR_ELEM,___GET_F32VECTOR,___FETCH_F32)
#define ___F32VECTORCOPYSMALL2(v,start) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___F32VECTORSIZE(v),___BEGIN_ALLOC_F32VECTOR,___END_ALLOC_F32VECTOR,___ADD_F32VECTOR_ELEM,___GET_F32VECTOR,___FETCH_F32)
#define ___F32VECTORCOPYSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_F32VECTOR,___END_ALLOC_F32VECTOR,___ADD_F32VECTOR_ELEM,___GET_F32VECTOR,___FETCH_F32)
#define ___SUBF32VECTORSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_F32VECTOR,___END_ALLOC_F32VECTOR,___ADD_F32VECTOR_ELEM,___GET_F32VECTOR,___FETCH_F32)
#define ___F32VECTORDELETESMALL2(v,i) \
___VECTDELETESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___F32VECTORSIZE(v),___BEGIN_ALLOC_F32VECTOR,___END_ALLOC_F32VECTOR,___ADD_F32VECTOR_ELEM,___GET_F32VECTOR,___FETCH_F32)
#define ___F32VECTORINSERTSMALL3(v,i,val) \
___VECTINSERTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___F64UNBOX(val),___F32VECTORSIZE(v),___BEGIN_ALLOC_F32VECTOR,___END_ALLOC_F32VECTOR,___ADD_F32VECTOR_ELEM,___GET_F32VECTOR,___FETCH_F32)
#define ___F32VECTORUPDATESMALL3(v,i,val) \
___VECTUPDATESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___F64UNBOX(val),___F32VECTORSIZE(v),___BEGIN_ALLOC_F32VECTOR,___END_ALLOC_F32VECTOR,___ADD_F32VECTOR_ELEM,___GET_F32VECTOR,___FETCH_F32)

#define ___F64VECTORSIZE(v)(___HD_BYTES(___SUBTYPED_HEADER(v))>>3)
#define ___F64VECTORLENGTH(v)___FIX(___F64VECTORSIZE(v))
#define ___F64VECTORREF(v,i)*(___F64*)(((___WORD)___BODY_AS(v,___tSUBTYPED))+((i)<<(3-___TB_FIXNUM)))
#define ___F64VECTORSET(v,i,val)*(___F64*)(((___WORD)___BODY_AS(v,___tSUBTYPED))+((i)<<(3-___TB_FIXNUM)))=val;
#define ___F64VECTORSHRINK(v,i)___temp=(v);___SUBTYPED_HEADER_SET(___temp,(___SUBTYPED_HEADER(___temp)&~___LMASK)+((i)<<(___LF-___TB_FIXNUM+3)));
#define ___F64VECTORINBOUNDSP(v,i)(___CAST(___UWORD,___INT(i))<___F64VECTORSIZE(v))

#define ___MAKEF64VECTORSMALL1(size) \
___MAKEVECTSMALLNOFILL(___INT(size),___BEGIN_ALLOC_F64VECTOR,___END_ALLOC_F64VECTOR,___ADD_F64VECTOR_ELEM,___GET_F64VECTOR)
#define ___MAKEF64VECTORSMALL2(size,fill) \
___MAKEVECTSMALL(___INT(size),___F64UNBOX(fill),___BEGIN_ALLOC_F64VECTOR,___END_ALLOC_F64VECTOR,___ADD_F64VECTOR_ELEM,___GET_F64VECTOR,___F64)
#define ___F64VECTORCOPYSMALL1(v) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),0,___F64VECTORSIZE(v),___BEGIN_ALLOC_F64VECTOR,___END_ALLOC_F64VECTOR,___ADD_F64VECTOR_ELEM,___GET_F64VECTOR,___FETCH_F64)
#define ___F64VECTORCOPYSMALL2(v,start) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___F64VECTORSIZE(v),___BEGIN_ALLOC_F64VECTOR,___END_ALLOC_F64VECTOR,___ADD_F64VECTOR_ELEM,___GET_F64VECTOR,___FETCH_F64)
#define ___F64VECTORCOPYSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_F64VECTOR,___END_ALLOC_F64VECTOR,___ADD_F64VECTOR_ELEM,___GET_F64VECTOR,___FETCH_F64)
#define ___SUBF64VECTORSMALL3(v,start,end) \
___SUBVECTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(start),___INT(end),___BEGIN_ALLOC_F64VECTOR,___END_ALLOC_F64VECTOR,___ADD_F64VECTOR_ELEM,___GET_F64VECTOR,___FETCH_F64)
#define ___F64VECTORDELETESMALL2(v,i) \
___VECTDELETESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___F64VECTORSIZE(v),___BEGIN_ALLOC_F64VECTOR,___END_ALLOC_F64VECTOR,___ADD_F64VECTOR_ELEM,___GET_F64VECTOR,___FETCH_F64)
#define ___F64VECTORINSERTSMALL3(v,i,val) \
___VECTINSERTSMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___F64UNBOX(val),___F64VECTORSIZE(v),___BEGIN_ALLOC_F64VECTOR,___END_ALLOC_F64VECTOR,___ADD_F64VECTOR_ELEM,___GET_F64VECTOR,___FETCH_F64)
#define ___F64VECTORUPDATESMALL3(v,i,val) \
___VECTUPDATESMALL(___BODY_AS(v,___tSUBTYPED),___INT(i),___F64UNBOX(val),___F64VECTORSIZE(v),___BEGIN_ALLOC_F64VECTOR,___END_ALLOC_F64VECTOR,___ADD_F64VECTOR_ELEM,___GET_F64VECTOR,___FETCH_F64)


#define ___TYPE_ID     1
#define ___TYPE_NAME   2
#define ___TYPE_FLAGS  3
#define ___TYPE_SUPER  4
#define ___TYPE_FIELDS 5

#define ___TYPE_ID_FIELD(descr) \
___FIELD(STRUCTURE,descr,___TYPE_ID)

#define ___TYPE_NAME_FIELD(descr) \
___FIELD(STRUCTURE,descr,___TYPE_NAME)

#define ___TYPE_FLAGS_FIELD(descr) \
___FIELD(STRUCTURE,descr,___TYPE_FLAGS)

#define ___TYPE_SUPER_FIELD(descr) \
___FIELD(STRUCTURE,descr,___TYPE_SUPER)

#define ___TYPE_FIELDS_FIELD(descr) \
___FIELD(STRUCTURE,descr,___TYPE_FIELDS)

#define ___TYPEID(descr)___TYPE_ID_FIELD(descr)
#define ___TYPENAME(descr)___TYPE_NAME_FIELD(descr)
#define ___TYPEFLAGS(descr)___TYPE_FLAGS_FIELD(descr)
#define ___TYPESUPER(descr)___TYPE_SUPER_FIELD(descr)
#define ___TYPEFIELDS(descr)___TYPE_FIELDS_FIELD(descr)


#define ___STRUCTURE_TYPE 0

#define ___STRUCTURE_TYPE_FIELD(obj) \
___FIELD(STRUCTURE,obj,___STRUCTURE_TYPE)

#define ___STRUCTURELENGTH(obj)___FIX(___HD_FIELDS(___SUBTYPED_HEADER(obj)))
#define ___STRUCTURETYPE(obj)___STRUCTURE_TYPE_FIELD(obj)
#define ___STRUCTURETYPESET(obj,descr)___STRUCTURE_TYPE_FIELD(obj) = descr;
#define ___STRUCTUREDIOP(x,typeid)___IS_NOT_DOUBLE_AND(x,___IS_ND_STRUCTURE(x)&&___TYPEID(___STRUCTURETYPE(___temp))==(typeid))
#define ___UNCHECKEDSTRUCTUREREF(x,i,type,proc)___FIELD(STRUCTURE,x,___INT(i))
#define ___UNCHECKEDSTRUCTURESET(x,val,i,type,proc)___FIELD(STRUCTURE,x,___INT(i)) = val;
#define ___UNCHECKEDSTRUCTURECAS(x,val,oldval,i,type,proc)___COMPARE_AND_SWAP_WORD((___WORD*)(((___WORD)___BODY_AS(x,___tSUBTYPED))+((i)<<(___LWS-___TB_FIXNUM))),oldval,val)


#define ___RATNUM_SIZE 2
#define ___RATNUM_NUMERATOR   0
#define ___RATNUM_DENOMINATOR 1

#define ___RATNUM_NUMERATOR_FIELD(ratnum) \
___FIELD(RATNUM,ratnum,___RATNUM_NUMERATOR)

#define ___RATNUM_DENOMINATOR_FIELD(ratnum) \
___FIELD(RATNUM,ratnum,___RATNUM_DENOMINATOR)

#define ___RATNUMMAKE(num,den) \
(___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_WORDS(___RATNUM_SIZE,___sRATNUM)), \
___ADD_SUBTYPED_ELEM(0,num), \
___ADD_SUBTYPED_ELEM(1,den), \
___END_ALLOC_SUBTYPED(___RATNUM_SIZE), \
___GET_SUBTYPED(___RATNUM_SIZE))

#define ___RATNUMNUMERATOR(ratnum)___RATNUM_NUMERATOR_FIELD(ratnum)
#define ___RATNUMDENOMINATOR(ratnum)___RATNUM_DENOMINATOR_FIELD(ratnum)


#define ___CPXNUM_SIZE 2
#define ___CPXNUM_REAL 0
#define ___CPXNUM_IMAG 1

#define ___CPXNUM_REAL_FIELD(cpxnum) \
___FIELD(CPXNUM,cpxnum,___CPXNUM_REAL)

#define ___CPXNUM_IMAG_FIELD(cpxnum) \
___FIELD(CPXNUM,cpxnum,___CPXNUM_IMAG)

#define ___CPXNUMMAKE(real,imag) \
(___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_WORDS(___CPXNUM_SIZE,___sCPXNUM)), \
___ADD_SUBTYPED_ELEM(0,real), \
___ADD_SUBTYPED_ELEM(1,imag), \
___END_ALLOC_SUBTYPED(___CPXNUM_SIZE), \
___GET_SUBTYPED(___CPXNUM_SIZE))

#define ___CPXNUMREAL(cpxnum)___CPXNUM_REAL_FIELD(cpxnum)
#define ___CPXNUMIMAG(cpxnum)___CPXNUM_IMAG_FIELD(cpxnum)

#define ___REALPART(obj)(___CPXNUMP(obj)?___CPXNUMREAL(obj):obj)
#define ___IMAGPART(obj)(___CPXNUMP(obj)?___CPXNUMIMAG(obj):___FIX(0L))


#define ___PROMISE_SIZE  1
#define ___PROMISE_STATE_SIZE 2
#define ___PROMISE_STATE 0

#define ___PROMISE_STATE_FIELD(prom) \
___FIELD(PROMISE,prom,___PROMISE_STATE)

#define ___MAKEDELAYPROMISE(x) \
(___BEGIN_ALLOC_VECTOR_EXPR(___PROMISE_STATE_SIZE), \
 ___ADD_VECTOR_ELEM_EXPR(0,___VECTOR_FROM_START(___hp)), \
 ___ADD_VECTOR_ELEM_EXPR(1,x), \
 ___END_ALLOC_VECTOR_EXPR(___PROMISE_STATE_SIZE), \
 ___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_WORDS(___PROMISE_SIZE,___sPROMISE)), \
 ___ADD_SUBTYPED_ELEM(0,___GET_VECTOR(___PROMISE_STATE_SIZE)), \
 ___END_ALLOC_SUBTYPED(___PROMISE_SIZE), \
 ___GET_SUBTYPED(___PROMISE_SIZE))

#define ___PROMISESTATE(prom)___PROMISE_STATE_FIELD(prom)
#define ___PROMISESTATESET(prom,val)___PROMISE_STATE_FIELD(prom) = val;


#define ___CONTINUATION_SIZE 2
#define ___CONTINUATION_FRAME 0
#define ___CONTINUATION_DENV  1

#define ___CONTINUATION_FRAME_FIELD(cont) \
___FIELD(CONTINUATION,cont,___CONTINUATION_FRAME)

#define ___CONTINUATION_DENV_FIELD(cont)                \
___FIELD(CONTINUATION,cont,___CONTINUATION_DENV)

#define ___MAKECONTINUATION(frame,denv) \
(___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_WORDS(___CONTINUATION_SIZE,___sCONTINUATION)), \
___ADD_SUBTYPED_ELEM(___CONTINUATION_FRAME,frame), \
___ADD_SUBTYPED_ELEM(___CONTINUATION_DENV,denv), \
___END_ALLOC_SUBTYPED(___CONTINUATION_SIZE), \
___GET_SUBTYPED(___CONTINUATION_SIZE))

#define ___CONTINUATIONFRAME(cont)___CONTINUATION_FRAME_FIELD(cont)
#define ___CONTINUATIONFRAMESET(cont,val)___CONTINUATION_FRAME_FIELD(cont) = val;

#define ___CONTINUATIONDENV(cont)___CONTINUATION_DENV_FIELD(cont)
#define ___CONTINUATIONDENVSET(cont,val)___CONTINUATION_DENV_FIELD(cont) = val;

#define ___END_OF_CONT_MARKER ___VOID


#define ___SYMBOL_SIZE  4
#define ___KEYWORD_SIZE 3
#define ___SYMKEY_NAME   0
#define ___SYMKEY_HASH   1
#define ___SYMKEY_NEXT   2
#define ___SYMBOL_GLOBAL 3

#define ___SYMKEY_NAME_FIELD(symkey) \
___FIELD(SYMBOL,symkey,___SYMKEY_NAME)

#define ___SYMKEY_HASH_FIELD(symkey) \
___FIELD(SYMBOL,symkey,___SYMKEY_HASH)

#define ___SYMKEY_NEXT_FIELD(symkey) \
___FIELD(SYMBOL,symkey,___SYMKEY_NEXT)

#define ___SYMBOL_GLOBAL_FIELD(sym) \
___FIELD(SYMBOL,sym,___SYMBOL_GLOBAL)

#define ___GLOBALVARSTRUCT(gv)___CAST(___glo_struct*,___SYMBOL_GLOBAL_FIELD(gv))

#define ___GLOBALVARREF(gv)___GLOCELL(___GLOBALVARSTRUCT(gv)->val)
#define ___GLOBALVARPRIMREF(gv)___PRMCELL(___GLOBALVARSTRUCT(gv)->prm)
#define ___GLOBALVARSET(gv,x)___GLOCELL(___GLOBALVARSTRUCT(gv)->val) = x;
#define ___GLOBALVARPRIMSET(gv,x)___PRMCELL(___GLOBALVARSTRUCT(gv)->prm) = x;

#define ___MAKESYMBOL(name,hash) \
(___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_WORDS(___SYMBOL_SIZE,___sSYMBOL)), \
___ADD_SUBTYPED_ELEM(___SYMKEY_NAME,name), \
___ADD_SUBTYPED_ELEM(___SYMKEY_HASH,hash), \
___ADD_SUBTYPED_ELEM(___SYMKEY_NEXT,___FAL), \
___ADD_SUBTYPED_ELEM(___SYMBOL_GLOBAL,0), \
___END_ALLOC_SUBTYPED(___SYMBOL_SIZE), \
___GET_SUBTYPED(___SYMBOL_SIZE))

#define ___MAKEKEYWORD(name,hash) \
(___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_WORDS(___KEYWORD_SIZE,___sKEYWORD)), \
___ADD_SUBTYPED_ELEM(___SYMKEY_NAME,name), \
___ADD_SUBTYPED_ELEM(___SYMKEY_HASH,hash), \
___ADD_SUBTYPED_ELEM(___SYMKEY_NEXT,___FAL), \
___END_ALLOC_SUBTYPED(___KEYWORD_SIZE), \
___GET_SUBTYPED(___KEYWORD_SIZE))

#define ___SYMBOLNAME(sym)___SYMKEY_NAME_FIELD(sym)
#define ___SYMBOLNAMESET(sym,val)___SYMKEY_NAME_FIELD(sym) = val;
#define ___KEYWORDNAME(key)___SYMKEY_NAME_FIELD(key)
#define ___KEYWORDNAMESET(key,val)___SYMKEY_NAME_FIELD(key) = val;

#define ___SYMBOLHASH(sym)___SYMKEY_HASH_FIELD(sym)
#define ___SYMBOLHASHSET(sym,val)___SYMKEY_HASH_FIELD(sym) = val;
#define ___KEYWORDHASH(key)___SYMKEY_HASH_FIELD(key)
#define ___KEYWORDHASHSET(key,val)___SYMKEY_HASH_FIELD(key) = val;

#define ___SYMBOLINTERNEDP(sym)___SYMKEY_NEXT_FIELD(sym)
#define ___KEYWORDINTERNEDP(key)___SYMKEY_NEXT_FIELD(key)

#define ___SYMBOL2STRINGP_NOTFALSEP(var,x)(___temp=___SYMBOLNAME(x),___EXPECT_FALSE(___FIXNUMP(___temp))?0:(var=___temp,1))
#define ___SYMBOL2STRINGP(x)(___SYMBOL2STRINGP_NOTFALSEP(___temp,x)?___temp:___FAL)

#define ___KEYWORD2STRINGP_NOTFALSEP(var,x)(___temp=___KEYWORDNAME(x),___EXPECT_FALSE(___FIXNUMP(___temp))?0:(var=___temp,1))
#define ___KEYWORD2STRINGP(x)(___KEYWORD2STRINGP_NOTFALSEP(___temp,x)?___temp:___FAL)


#define ___WILL_SIZE     3
#define ___WILL_NEXT     0
#define ___WILL_TESTATOR 1
#define ___WILL_ACTION   2

#define ___EXECUTABLE_WILL        1
#define ___UNMARKED_TESTATOR_WILL 2

#define ___WILL_NEXT_FIELD(will) \
___FIELD(WEAK,will,___WILL_NEXT)

#define ___WILL_TESTATOR_FIELD(will) \
___FIELD(WEAK,will,___WILL_TESTATOR)

#define ___WILL_ACTION_FIELD(will) \
___FIELD(WEAK,will,___WILL_ACTION)

#define ___MAKEWILL(testator,action) \
(___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_WORDS(___WILL_SIZE,___sWEAK)), \
___ADD_SUBTYPED_ELEM(___WILL_NEXT,___ps->mem.nonexecutable_wills_), \
___ADD_SUBTYPED_ELEM(___WILL_TESTATOR,testator), \
___ADD_SUBTYPED_ELEM(___WILL_ACTION,action), \
___ps->mem.nonexecutable_wills_=___TAG(___hp,0), \
___END_ALLOC_SUBTYPED(___WILL_SIZE), \
___GET_SUBTYPED(___WILL_SIZE))

#define ___WILLTESTATOR(will)___WILL_TESTATOR_FIELD(will)
#define ___WILLTESTATORSET(will,val)___WILL_TESTATOR_FIELD(will) = val;

#define ___WILLACTION(will)___WILL_ACTION_FIELD(will)
#define ___WILLACTIONSET(will,val)___WILL_ACTION_FIELD(will) = val;


#define ___FOREIGN_SIZE       3
#define ___FOREIGN_TAGS       0
#define ___FOREIGN_RELEASE_FN 1
#define ___FOREIGN_PTR        2

#define ___FOREIGN_TAGS_FIELD(foreign) \
___FIELD(FOREIGN,foreign,___FOREIGN_TAGS)

#define ___FOREIGN_RELEASE_FN_FIELD(foreign) \
___FIELD(FOREIGN,foreign,___FOREIGN_RELEASE_FN)

#define ___FOREIGN_PTR_FIELD(foreign) \
___FIELD(FOREIGN,foreign,___FOREIGN_PTR)

#define ___FOREIGNTAGS(foreign)___FOREIGN_TAGS_FIELD(foreign)


#define ___GCHASHTABLE_NEXT      0
#define ___GCHASHTABLE_FLAGS     1
#define ___GCHASHTABLE_COUNT     2
#define ___GCHASHTABLE_MIN_COUNT 3
#define ___GCHASHTABLE_FREE      4
#define ___GCHASHTABLE_KEY0      5
#define ___GCHASHTABLE_VAL0      6

#define ___GCHASHTABLE_FLAG_WEAK_KEYS      1
#define ___GCHASHTABLE_FLAG_WEAK_VALS      2
#define ___GCHASHTABLE_FLAG_KEY_MOVED      4
#define ___GCHASHTABLE_FLAG_ENTRY_DELETED  8
#define ___GCHASHTABLE_FLAG_MEM_ALLOC_KEYS 16
#define ___GCHASHTABLE_FLAG_NEED_REHASH    32
#define ___GCHASHTABLE_FLAG_UNION_FIND     64

#define ___GCHASHTABLE_NEXT_FIELD(gcht) \
___FIELD(WEAK,gcht,___GCHASHTABLE_NEXT)

#define ___GCHASHTABLE_FLAGS_FIELD(gcht) \
___FIELD(WEAK,gcht,___GCHASHTABLE_FLAGS)

#define ___GCHASHTABLE_COUNT_FIELD(gcht) \
___FIELD(WEAK,gcht,___GCHASHTABLE_COUNT)

#define ___GCHASHTABLE_MIN_COUNT_FIELD(gcht) \
___FIELD(WEAK,gcht,___GCHASHTABLE_MIN_COUNT)

#define ___GCHASHTABLE_FREE_FIELD(gcht) \
___FIELD(WEAK,gcht,___GCHASHTABLE_FREE)

#define ___GCHASHTABLEREF(x,y)___EXT(___gc_hash_table_ref)(x,y)
#define ___GCHASHTABLESET(x,y,z)___EXT(___gc_hash_table_set)(x,y,z)
#define ___GCHASHTABLEUNION(x,y,z)___EXT(___gc_hash_table_union_find)(x,y,z,0)
#define ___GCHASHTABLEFIND(x,y,z)___EXT(___gc_hash_table_union_find)(x,y,z,1)
#define ___GCHASHTABLEREHASH(x,y)___EXT(___gc_hash_table_rehash)(x,y)

#define ___GCHASHTABLELENGTH(gcht)___HD_FIELDS_FIX(___SUBTYPED_TO_BODY(gcht)[-1])
#define ___GCHASHTABLEFIELDREF(gcht,i)*___CAST(___WORD*,___CAST(___WORD,___BODY_AS(gcht,___tWEAK))+((i)<<(___LWS-___TB_FIXNUM)))
#define ___GCHASHTABLEFIELDSET(gcht,i,val)*___CAST(___WORD*,___CAST(___WORD,___BODY_AS(gcht,___tWEAK))+((i)<<(___LWS-___TB_FIXNUM)))=val;

#if ___WS == 4

#define ___GCHASHTABLE_HASH_STEP_MULT(hash,step,obj,size) \
do { \
  ___U32 x = ___ROTR32(obj,___TB); \
  x ^= ((4096+256+1)*___ROTL32(x,16)); \
  hash = (___CAST(___U64,x) * ___CAST(___U32,size)) >> 32; \
  step = 1; \
} while (0)

#else

#define ___GCHASHTABLE_HASH_STEP_MULT(hash,step,obj,size) \
do { \
  ___U64 o = ___ROTR64(obj,___TB); \
  ___U32 x = o ^ (o >> 32); \
  x ^= ((4096+256+1)*___ROTL32(x,16)); \
  hash = (___CAST(___U64,x) * ___CAST(___U32,size)) >> 32; \
  step = 1; \
} while (0)

#endif

#define ___GCHASHTABLE_HASH_STEP_MOD(hash,step,obj,size) \
do { \
  hash = (___CAST(___UWORD,obj)>>___TB) % (size); \
  step = 1; \
} while (0)

#define ___GCHASHTABLE_HASH_STEP(hash,step,obj,size) \
___GCHASHTABLE_HASH_STEP_MULT(hash,step,obj,size)


#define ___CURRENTTHREAD ___PROCESSOR_CURRENT_THREAD_FIELD(___CURRENTPROCESSOR)
#define ___CURRENTTHREADSET(thread)___CURRENTTHREAD = thread;

#define ___PROCESSOR_SCMOBJ(ps) \
___SUBTYPED_FROM_START(___ALIGNUP((ps)->processor_scmobj,___WS))

#define ___CURRENTPROCESSOR ___PROCESSOR_SCMOBJ(___ps)
#define ___CURRENTPROCESSORID ___FIX(___PROCESSOR_ID(___ps,___VMSTATE_FROM_PSTATE(___ps)))
#define ___PROCESSOR(id) ___PROCESSOR_SCMOBJ(___PSTATE_FROM_PROCESSOR_ID(___INT(id),___VMSTATE_FROM_PSTATE(___ps)))

#define ___VM_SCMOBJ(vms) \
___SUBTYPED_FROM_START(___ALIGNUP((vms)->vm_scmobj,___WS))

#define ___CURRENTVM ___VM_SCMOBJ(___VMSTATE_FROM_PSTATE(___ps))

#define ___TICKETLOCK ___ticketlock_struct

#define ___TICKETLOCK_DECL(id) ___TICKETLOCK id;

#define ___TICKETLOCK_INIT_STATIC { ___FIX(0), ___FIX(0) }

#define ___TICKETLOCK_INIT(lock) \
(lock).next_ticket = (lock).current_ticket = ___FIX(0)

#define ___TICKETLOCK_DESTROY(lock)

#define ___TICKETLOCK_LOCK(lock) \
___TICKETLOCK_LOCK2((lock).next_ticket, (lock).current_ticket)

#define ___TICKETLOCK_UNLOCK(lock) \
___TICKETLOCK_UNLOCK2((lock).next_ticket,(lock).current_ticket)

#ifdef ___DEBUG_TICKETLOCK

#define ___TICKETLOCK_LOCK2(next,current) \
do { \
  ___WORD ___ticket = ___FETCH_AND_ADD_WORD(___CAST(___VOLATILE ___WORD*,&next),___FIX(1)); \
  int ___count = 0; \
  while (*___CAST(___VOLATILE ___WORD*,&current) != ___ticket) \
    { \
      if (++___count == 100000000) \
        { \
          ___WORD ___n = ___VMSTATE->ticketlock_history_index; \
          ___WORD ___i = ___n; \
          while (___i > 0 && ___n-___i < ___TICKETLOCK_HISTORY_LENGTH) \
            { \
              ___ticketlock_location *___probe = &___VMSTATE->ticketlock_history[--___i % ___TICKETLOCK_HISTORY_LENGTH]; \
              if (___probe->id == &current && ___probe->lock_op) \
                { \
                  printf("*** ERROR at \"%s\"@%d.1 -- lock attempt on TICKETLOCK %p spinning too long\ndue to successful locking at \"%s\"@%d.1 (current=%d ticket=%d)\n",__FILE__,__LINE__,&current,___probe->location.file,___probe->location.line,___INT(*___CAST(___VOLATILE ___WORD*,&current)),___INT(___ticket)); \
                  ___i = -1; \
                } \
            } \
          if (___i != -1) \
            printf("*** ERROR at \"%s\"@%d.1 -- lock attempt on TICKETLOCK %p spinning too long (current=%d ticket=%d)\n",__FILE__,__LINE__,&current,___INT(*___CAST(___VOLATILE ___WORD*,&current)),___INT(___ticket)); \
        } \
      ___CPU_RELAX(); \
    } \
  { ___ticketlock_location *___ptr = &___VMSTATE->ticketlock_history[___FETCH_AND_ADD_WORD(&___VMSTATE->ticketlock_history_index,1) % ___TICKETLOCK_HISTORY_LENGTH]; \
    ___ptr->id = &current; \
    ___ptr->lock_op = 1; \
    ___ptr->location.file = __FILE__; \
    ___ptr->location.line = __LINE__; \
    ___SHARED_MEMORY_BARRIER(); \
  } \
} while (0)

#define ___TICKETLOCK_TRYLOCK2(next,current,temp) \
(temp=*___CAST(___VOLATILE ___WORD*,&current), \
 ___COMPARE_AND_SWAP_WORD(___CAST(___VOLATILE ___WORD*,&next),temp,___FIXWRAPADD(temp,___FIX(1)))==temp)

#define ___TICKETLOCK_UNLOCK2(next,current) \
do { \
  if (___FETCH_AND_ADD_WORD(___CAST(___VOLATILE ___WORD*,&current),___FIX(1)) >= *___CAST(___VOLATILE ___WORD*,&next)) \
    { \
      ___WORD ___n = ___VMSTATE->ticketlock_history_index; \
      ___WORD ___i = ___n; \
      while (___i > 0 && ___n-___i < ___TICKETLOCK_HISTORY_LENGTH) \
        { \
          ___ticketlock_location *___probe = &___VMSTATE->ticketlock_history[--___i % ___TICKETLOCK_HISTORY_LENGTH]; \
          if (___probe->id == &current && !___probe->lock_op) \
            { \
              printf("*** ERROR at \"%s\"@%d.1 -- duplicate unlock attempt on TICKETLOCK %p\nwhich was also unlocked at \"%s\"@%d.1 (current=%d next=%d)\n",__FILE__,__LINE__,&current,___probe->location.file,___probe->location.line,___INT(*___CAST(___VOLATILE ___WORD*,&current)),___INT(*___CAST(___VOLATILE ___WORD*,&next))); \
              ___i = -1; \
            } \
        } \
      if (___i != -1) \
        printf("*** ERROR at \"%s\"@%d.1 -- duplicate unlock attempt on TICKETLOCK %p (current=%d next=%d)\n",__FILE__,__LINE__,&current,___INT(*___CAST(___VOLATILE ___WORD*,&current)),___INT(*___CAST(___VOLATILE ___WORD*,&next))); \
    } \
  { ___ticketlock_location *___ptr = &___VMSTATE->ticketlock_history[___FETCH_AND_ADD_WORD(&___VMSTATE->ticketlock_history_index,1) % ___TICKETLOCK_HISTORY_LENGTH]; \
    ___ptr->id = &current; \
    ___ptr->lock_op = 0; \
    ___ptr->location.file = __FILE__; \
    ___ptr->location.line = __LINE__; \
    ___SHARED_MEMORY_BARRIER(); \
  } \
} while (0)

#else

#define ___TICKETLOCK_LOCK2(next,current) \
do { \
  ___WORD ___ticket = ___FETCH_AND_ADD_WORD(___CAST(___VOLATILE ___WORD*,&next),___FIX(1)); \
  while (*___CAST(___VOLATILE ___WORD*,&current) != ___ticket) \
    ___CPU_RELAX(); \
} while (0)

#define ___TICKETLOCK_TRYLOCK2(next,current,temp) \
(temp=*___CAST(___VOLATILE ___WORD*,&current), \
 ___COMPARE_AND_SWAP_WORD(___CAST(___VOLATILE ___WORD*,&next),temp,___FIXWRAPADD(temp,___FIX(1)))==temp)

#define ___TICKETLOCK_UNLOCK2(next,current) \
___FETCH_AND_ADD_WORD(___CAST(___VOLATILE ___WORD*,&current),___FIX(1))

#endif

#ifdef ___USE_NO_THREAD_SYSTEM

#define ___VOLATILE

#define ___PRIMLOCK(obj,next,current)
#define ___PRIMTRYLOCK(obj,next,current) 1
#define ___PRIMUNLOCK(obj,next,current)

#define ___SPINLOCK int
#define ___SPINLOCK_DECL(id)
#define ___SPINLOCK_INIT(lock)
#define ___SPINLOCK_DESTROY(lock)
#define ___SPINLOCK_LOCK(lock)
#define ___SPINLOCK_UNLOCK(lock)

#else

#define ___VOLATILE volatile

#define ___PRIMLOCK(obj,next,current) \
___TICKETLOCK_LOCK2(___FIELD(STRUCTURE,obj,___INT(next)),___FIELD(STRUCTURE,obj,___INT(current)));

#define ___PRIMTRYLOCK(obj,next,current) \
___TICKETLOCK_TRYLOCK2(___FIELD(STRUCTURE,obj,___INT(next)),___FIELD(STRUCTURE,obj,___INT(current)),___temp)

#define ___PRIMUNLOCK(obj,next,current) \
___TICKETLOCK_UNLOCK2(___FIELD(STRUCTURE,obj,___INT(next)),___FIELD(STRUCTURE,obj,___INT(current)));

#ifdef ___USE_MUTEX_FOR_SPINLOCK

#define ___SPINLOCK ___MUTEX
#define ___SPINLOCK_DECL(id) ___MUTEX_DECL(id)
#define ___SPINLOCK_INIT_STATIC ___MUTEX_INIT_STATIC
#define ___SPINLOCK_INIT(lock) ___MUTEX_INIT(lock)
#define ___SPINLOCK_DESTROY(lock) ___MUTEX_DESTROY(lock)
#define ___SPINLOCK_LOCK(lock) ___MUTEX_LOCK(lock)
#define ___SPINLOCK_UNLOCK(lock) ___MUTEX_UNLOCK(lock)

#else

#define ___SPINLOCK ___TICKETLOCK
#define ___SPINLOCK_DECL(id) ___TICKETLOCK_DECL(id)
#define ___SPINLOCK_INIT_STATIC ___TICKETLOCK_INIT_STATIC
#define ___SPINLOCK_INIT(lock) ___TICKETLOCK_INIT(lock)
#define ___SPINLOCK_DESTROY(lock) ___TICKETLOCK_DESTROY(lock)
#define ___SPINLOCK_LOCK(lock) ___TICKETLOCK_LOCK(lock)
#define ___SPINLOCK_UNLOCK(lock) ___TICKETLOCK_UNLOCK(lock)

#endif

#endif

#ifdef ___SINGLE_THREADED_VMS

#define ___PRIMITIVELOCK(obj,next,current)
#define ___PRIMITIVETRYLOCK(obj,next,current) 1
#define ___PRIMITIVEUNLOCK(obj,next,current)

#else

#define ___PRIMITIVELOCK(obj,next,current) ___PRIMLOCK(obj,next,current)
#define ___PRIMITIVETRYLOCK(obj,next,current) ___PRIMTRYLOCK(obj,next,current)
#define ___PRIMITIVEUNLOCK(obj,next,current) ___PRIMUNLOCK(obj,next,current)

#endif


#define ___THREAD_SAVE \
if (___R0 == ___ps->handler_break) \
  frame = ___STK(-___BREAK_FRAME_NEXT); \
else \
  { \
    ___SET_STK(-___FRAME_STACK_RA,___R0) \
    ___R0 = ___ps->handler_break; \
    frame = ___CAST(___SCMOBJ,___fp); \
    ___ADJFP(___BREAK_FRAME_SPACE) \
    ___SET_STK(-___BREAK_FRAME_NEXT,frame) \
    ___ps->stack_break = ___fp; \
  } \
thread = ___CURRENTTHREAD; \
___CONTINUATION_FRAME_FIELD(___THREAD_CONT_FIELD(thread)) = frame;


#define ___JUMP_THREAD_SAVE1(jump) \
{ ___SCMOBJ proc; \
  ___SCMOBJ thread; \
  ___SCMOBJ frame; \
  ___POP_ARGS1(proc) \
  ___THREAD_SAVE \
  ___PUSH_ARGS1(thread) \
  jump(___SET_NARGS(1),proc) \
}

#define ___JUMP_THREAD_SAVE2(jump) \
{ ___SCMOBJ proc; \
  ___SCMOBJ arg1; \
  ___SCMOBJ thread; \
  ___SCMOBJ frame; \
  ___POP_ARGS2(proc,arg1) \
  ___THREAD_SAVE \
  ___PUSH_ARGS2(thread,arg1) \
  jump(___SET_NARGS(2),proc) \
}

#define ___JUMP_THREAD_SAVE3(jump) \
{ ___SCMOBJ proc; \
  ___SCMOBJ arg1; \
  ___SCMOBJ arg2; \
  ___SCMOBJ thread; \
  ___SCMOBJ frame; \
  ___POP_ARGS3(proc,arg1,arg2) \
  ___THREAD_SAVE \
  ___PUSH_ARGS3(thread,arg1,arg2) \
  jump(___SET_NARGS(3),proc) \
}

#define ___JUMP_THREAD_SAVE4(jump) \
{ ___SCMOBJ proc; \
  ___SCMOBJ arg1; \
  ___SCMOBJ arg2; \
  ___SCMOBJ arg3; \
  ___SCMOBJ thread; \
  ___SCMOBJ frame; \
  ___POP_ARGS4(proc,arg1,arg2,arg3) \
  ___THREAD_SAVE \
  ___PUSH_ARGS4(thread,arg1,arg2,arg3) \
  jump(___SET_NARGS(4),proc) \
}

#define ___THREAD_RESTORE \
{ ___SCMOBJ cont = ___THREAD_CONT_FIELD(thread); \
  ___SET_FP(___ps->stack_break) \
  ___SET_STK(-___BREAK_FRAME_NEXT,___CONTINUATION_FRAME_FIELD(cont)) \
  ___CONTINUATION_FRAME_FIELD(cont) = ___END_OF_CONT_MARKER; \
  ___INTERRUPT_MASK_SET(___DENV_INTERRUPT_MASK_FIELD(___THREAD_DENV_FIELD(thread))); \
  ___THREAD_LAST_PROCESSOR_FIELD(thread) = ___CURRENTPROCESSOR; \
  ___CURRENTTHREADSET(thread) \
  ___SET_R0(___ps->handler_break) \
}

#define ___JUMP_THREAD_RESTORE2(jump) \
{ ___SCMOBJ thread; \
  ___SCMOBJ proc; \
  ___POP_ARGS2(thread,proc) \
  ___THREAD_RESTORE \
  jump(___SET_NARGS(0),proc) \
}

#define ___JUMP_THREAD_RESTORE3(jump) \
{ ___SCMOBJ thread; \
  ___SCMOBJ proc; \
  ___SCMOBJ arg1; \
  ___POP_ARGS3(thread,proc,arg1) \
  ___THREAD_RESTORE \
  ___PUSH_ARGS1(arg1) \
  jump(___SET_NARGS(1),proc) \
}

#define ___JUMP_THREAD_RESTORE4(jump) \
{ ___SCMOBJ thread; \
  ___SCMOBJ proc; \
  ___SCMOBJ arg1; \
  ___SCMOBJ arg2; \
  ___POP_ARGS4(thread,proc,arg1,arg2) \
  ___THREAD_RESTORE \
  ___PUSH_ARGS2(arg1,arg2) \
  jump(___SET_NARGS(2),proc) \
}

#define ___JUMP_THREAD_RESTORE5(jump) \
{ ___SCMOBJ thread; \
  ___SCMOBJ proc; \
  ___SCMOBJ arg1; \
  ___SCMOBJ arg2; \
  ___SCMOBJ arg3; \
  ___POP_ARGS5(thread,proc,arg1,arg2,arg3) \
  ___THREAD_RESTORE \
  ___PUSH_ARGS3(arg1,arg2,arg3) \
  jump(___SET_NARGS(3),proc) \
}

#define ___TABLE_SIZE 5

#define ___OBJ_LOCK1    1
#define ___OBJ_LOCK2    9


#define ___BTQ_DEQ_NEXT 2
#define ___BTQ_DEQ_PREV 3
#define ___BTQ_COLOR    4
#define ___BTQ_PARENT   5
#define ___BTQ_LEFT     6
#define ___BTQ_RIGHT    7
#define ___BTQ_LEFTMOST 7
#define ___BTQ_OWNER    8

#define ___BTQ_DEQ_NEXT_FIELD(structure) \
___FIELD(STRUCTURE,structure,___BTQ_DEQ_NEXT)

#define ___BTQ_DEQ_PREV_FIELD(structure) \
___FIELD(STRUCTURE,structure,___BTQ_DEQ_PREV)

#define ___BTQ_COLOR_FIELD(structure) \
___FIELD(STRUCTURE,structure,___BTQ_COLOR)

#define ___BTQ_PARENT_FIELD(structure) \
___FIELD(STRUCTURE,structure,___BTQ_PARENT)

#define ___BTQ_LEFT_FIELD(structure) \
___FIELD(STRUCTURE,structure,___BTQ_LEFT)

#define ___BTQ_RIGHT_FIELD(structure) \
___FIELD(STRUCTURE,structure,___BTQ_RIGHT)

#define ___BTQ_LEFTMOST_FIELD(structure) \
___FIELD(STRUCTURE,structure,___BTQ_LEFTMOST)

#define ___BTQ_OWNER_FIELD(structure) \
___FIELD(STRUCTURE,structure,___BTQ_OWNER)


#define ___CONDVAR_NAME 10

#define ___CONDVAR_NAME_FIELD(condvar) \
___FIELD(STRUCTURE,condvar,___CONDVAR_NAME)


#define ___THREAD_CONT            23
#define ___THREAD_DENV            24
#define ___THREAD_DENV_CACHE1     25
#define ___THREAD_DENV_CACHE2     26
#define ___THREAD_DENV_CACHE3     27
#define ___THREAD_INTERRUPTS_HEAD 32
#define ___THREAD_INTERRUPTS_TAIL 33
#define ___THREAD_LAST_PROCESSOR  34

#define ___THREAD_CONT_FIELD(thread) \
___FIELD(STRUCTURE,thread,___THREAD_CONT)

#define ___THREAD_DENV_FIELD(thread) \
___FIELD(STRUCTURE,thread,___THREAD_DENV)

#define ___THREAD_DENV_CACHE1_FIELD(thread) \
___FIELD(STRUCTURE,thread,___THREAD_DENV_CACHE1)

#define ___THREAD_DENV_CACHE2_FIELD(thread) \
___FIELD(STRUCTURE,thread,___THREAD_DENV_CACHE2)

#define ___THREAD_DENV_CACHE3_FIELD(thread) \
___FIELD(STRUCTURE,thread,___THREAD_DENV_CACHE3)

#define ___THREAD_INTERRUPTS_HEAD_FIELD(thread) \
___FIELD(STRUCTURE,thread,___THREAD_INTERRUPTS_HEAD)

#define ___THREAD_INTERRUPTS_TAIL_FIELD(thread) \
___FIELD(STRUCTURE,thread,___THREAD_INTERRUPTS_TAIL)

#define ___THREAD_LAST_PROCESSOR_FIELD(thread) \
___FIELD(STRUCTURE,thread,___THREAD_LAST_PROCESSOR)


#define ___PROCESSOR_SIZE 22
#define ___PROCESSOR_CURRENT_THREAD  14
#define ___PROCESSOR_INTERRUPTS_HEAD 20
#define ___PROCESSOR_INTERRUPTS_TAIL 21

#define ___PROCESSOR_CURRENT_THREAD_FIELD(processor) \
___FIELD(STRUCTURE,processor,___PROCESSOR_CURRENT_THREAD)

#define ___PROCESSOR_INTERRUPTS_HEAD_FIELD(processor) \
___FIELD(STRUCTURE,processor,___PROCESSOR_INTERRUPTS_HEAD)

#define ___PROCESSOR_INTERRUPTS_TAIL_FIELD(processor) \
___FIELD(STRUCTURE,processor,___PROCESSOR_INTERRUPTS_TAIL)


#define ___VM_SIZE 20


#define ___ENV_PARAM_VAL 0
#define ___ENV_LEFT      1
#define ___ENV_RIGHT     2

#define ___ENV_PARAM_VAL_FIELD(env) \
___FIELD(VECTOR,env,___ENV_PARAM_VAL)

#define ___ENV_LEFT_FIELD(env) \
___FIELD(VECTOR,env,___ENV_LEFT)

#define ___ENV_RIGHT_FIELD(env) \
___FIELD(VECTOR,env,___ENV_RIGHT)


#define ___DENV_LOCAL              0
#define ___DENV_DYNWIND            1
#define ___DENV_INTERRUPT_MASK     2
#define ___DENV_DEBUGGING_SETTINGS 3
#define ___DENV_EXCEPTION_HANDLER  4
#define ___DENV_INPUT_PORT         5
#define ___DENV_OUTPUT_PORT        6

#define ___DENV_LOCAL_FIELD(denv) \
___FIELD(VECTOR,denv,___DENV_LOCAL)

#define ___DENV_DYNWIND_FIELD(denv) \
___FIELD(VECTOR,denv,___DENV_DYNWIND)

#define ___DENV_INTERRUPT_MASK_FIELD(denv) \
___FIELD(VECTOR,denv,___DENV_INTERRUPT_MASK)

#define ___DENV_DEBUGGING_SETTINGS_FIELD(denv) \
___FIELD(VECTOR,denv,___DENV_DEBUGGING_SETTINGS)

#define ___DENV_EXCEPTION_HANDLER_FIELD(denv) \
___FIELD(VECTOR,denv,___DENV_EXCEPTION_HANDLER)

#define ___DENV_INPUT_PORT_FIELD(denv) \
___FIELD(VECTOR,denv,___DENV_INPUT_PORT)

#define ___DENV_OUTPUT_PORT_FIELD(denv) \
___FIELD(VECTOR,denv,___DENV_OUTPUT_PORT)


#define ___FRAME_OVERHEAD(n) (___FRAME_SPACE(n)-(n))
#define ___RETI_RA (-___FRAME_OVERHEAD(___NB_GVM_REGS+1))
#define ___FRAME_RETI_RA (1-___FRAME_RESERVE-___RETI_RA)

#define ___FRAME_EXTRA_SLOTS 1
#define ___FRAME_STACK_RA 0
#define ___FRAME_RA 0

#define ___FRAME_STORE_RA(ra) \
if (___fp != ___ps->stack_break) \
  ___SET_STK(-___FRAME_STACK_RA,ra)

#define ___FRAME_FETCH_RA \
((___fp != ___ps->stack_break) \
? ___STK(-___FRAME_STACK_RA) \
: ___ps->handler_break)

#define ___CONTINUATION_CAPTURE \
if (___R0 == ___ps->handler_break) \
  frame = ___STK(-___BREAK_FRAME_NEXT); \
else \
  { \
    ___SET_STK(-___FRAME_STACK_RA,___R0) \
    ___R0 = ___ps->handler_break; \
    frame = ___CAST(___SCMOBJ,___fp); \
  } \
___ADJFP(___ROUND_TO_MULT(___SUBTYPED_BODY+___CONTINUATION_SIZE,___FRAME_ALIGN)) \
___SET_STK(0,___MAKE_HD_WORDS(___CONTINUATION_SIZE,___sCONTINUATION)) \
___SET_STK(-1,frame) \
___SET_STK(-2,___THREAD_DENV_FIELD(___CURRENTTHREAD)) \
cont = ___SUBTYPED_FROM_START(&___STK(0)); \
___ADJFP(___BREAK_FRAME_SPACE) \
___SET_STK(-___BREAK_FRAME_NEXT,frame) \
___ps->stack_break = ___fp;

#define ___JUMP_CONTINUATION_CAPTURE1(jump) \
{ ___SCMOBJ proc; \
  ___SCMOBJ frame; \
  ___SCMOBJ cont; \
  ___POP_ARGS1(proc) \
  ___CONTINUATION_CAPTURE \
  ___PUSH_ARGS1(cont); \
  jump(___SET_NARGS(1),proc) \
}

#define ___JUMP_CONTINUATION_CAPTURE2(jump) \
{ ___SCMOBJ proc; \
  ___SCMOBJ arg1; \
  ___SCMOBJ frame; \
  ___SCMOBJ cont; \
  ___POP_ARGS2(proc,arg1) \
  ___CONTINUATION_CAPTURE \
  ___PUSH_ARGS2(cont,arg1); \
  jump(___SET_NARGS(2),proc) \
}

#define ___JUMP_CONTINUATION_CAPTURE3(jump) \
{ ___SCMOBJ proc; \
  ___SCMOBJ arg1; \
  ___SCMOBJ arg2; \
  ___SCMOBJ frame; \
  ___SCMOBJ cont; \
  ___POP_ARGS3(proc,arg1,arg2) \
  ___CONTINUATION_CAPTURE \
  ___PUSH_ARGS3(cont,arg1,arg2); \
  jump(___SET_NARGS(3),proc) \
}

#define ___JUMP_CONTINUATION_CAPTURE4(jump) \
{ ___SCMOBJ proc; \
  ___SCMOBJ arg1; \
  ___SCMOBJ arg2; \
  ___SCMOBJ arg3; \
  ___SCMOBJ frame; \
  ___SCMOBJ cont; \
  ___POP_ARGS4(proc,arg1,arg2,arg3) \
  ___CONTINUATION_CAPTURE \
  ___PUSH_ARGS4(cont,arg1,arg2,arg3); \
  jump(___SET_NARGS(4),proc) \
}

#define ___CONTINUATION_GRAFT_NO_WINDING \
___SET_FP(___ps->stack_break) \
___SET_STK(-___BREAK_FRAME_NEXT,___CONTINUATION_FRAME_FIELD(cont)) \
temp = ___CONTINUATION_DENV_FIELD(cont); \
thread = ___CURRENTTHREAD; \
___THREAD_DENV_FIELD(thread) = temp; \
temp = ___ENV_PARAM_VAL_FIELD(___DENV_LOCAL_FIELD(temp)); \
___THREAD_DENV_CACHE1_FIELD(thread) = temp; \
___THREAD_DENV_CACHE2_FIELD(thread) = temp; \
___THREAD_DENV_CACHE3_FIELD(thread) = temp; \
___SET_R0(___ps->handler_break)

#define ___JUMP_CONTINUATION_GRAFT_NO_WINDING2(jump) \
{ ___SCMOBJ cont; \
  ___SCMOBJ proc; \
  ___SCMOBJ temp; \
  ___SCMOBJ thread; \
  ___POP_ARGS2(cont,proc) \
  ___CONTINUATION_GRAFT_NO_WINDING \
  jump(___SET_NARGS(0),proc) \
}

#define ___JUMP_CONTINUATION_GRAFT_NO_WINDING3(jump) \
{ ___SCMOBJ cont; \
  ___SCMOBJ proc; \
  ___SCMOBJ arg1; \
  ___SCMOBJ temp; \
  ___SCMOBJ thread; \
  ___POP_ARGS3(cont,proc,arg1) \
  ___CONTINUATION_GRAFT_NO_WINDING \
  ___PUSH_ARGS1(arg1) \
  jump(___SET_NARGS(1),proc) \
}

#define ___JUMP_CONTINUATION_GRAFT_NO_WINDING4(jump) \
{ ___SCMOBJ cont; \
  ___SCMOBJ proc; \
  ___SCMOBJ arg1; \
  ___SCMOBJ arg2; \
  ___SCMOBJ temp; \
  ___SCMOBJ thread; \
  ___POP_ARGS4(cont,proc,arg1,arg2) \
  ___CONTINUATION_GRAFT_NO_WINDING \
  ___PUSH_ARGS2(arg1,arg2) \
  jump(___SET_NARGS(2),proc) \
}

#define ___JUMP_CONTINUATION_GRAFT_NO_WINDING5(jump) \
{ ___SCMOBJ cont; \
  ___SCMOBJ proc; \
  ___SCMOBJ arg1; \
  ___SCMOBJ arg2; \
  ___SCMOBJ arg3; \
  ___SCMOBJ temp; \
  ___SCMOBJ thread; \
  ___POP_ARGS5(cont,proc,arg1,arg2,arg3) \
  ___CONTINUATION_GRAFT_NO_WINDING \
  ___PUSH_ARGS3(arg1,arg2,arg3) \
  jump(___SET_NARGS(3),proc) \
}

#define ___JUMP_CONTINUATION_RETURN_NO_WINDING2(jump) \
{ ___SCMOBJ cont; \
  ___SCMOBJ result; \
  ___SCMOBJ temp; \
  ___SCMOBJ thread; \
  ___POP_ARGS2(cont,result) \
  ___SET_R1(result) \
  ___SET_FP(___ps->stack_break) \
  ___SET_STK(-___BREAK_FRAME_NEXT,___CONTINUATION_FRAME_FIELD(cont)) \
  temp = ___CONTINUATION_DENV_FIELD(cont); \
  thread = ___CURRENTTHREAD; \
  ___THREAD_DENV_FIELD(thread) = temp; \
  temp = ___ENV_PARAM_VAL_FIELD(___DENV_LOCAL_FIELD(temp)); \
  ___THREAD_DENV_CACHE1_FIELD(thread) = temp; \
  ___THREAD_DENV_CACHE2_FIELD(thread) = temp; \
  ___THREAD_DENV_CACHE3_FIELD(thread) = temp; \
  ___JUMPPRM(___NOTHING,___ps->handler_break) \
}

/*---------------------------------------------------------------------------*/

/* Stack manipulation */

#define ___SET_FP(fp)___fp=(fp);

#define ___FP_AFTER(fp1,fp2)((fp1) < (fp2))
#define ___FP_PUSH(fp,val)*--fp=(val);
#define ___FP_POP(fp)*fp++
#define ___FP_STK(fp,fpo)fp[-(fpo)]
#define ___FP_SET_STK(fp,fpo,val)fp[-(fpo)]=(val);
#define ___FP_ADJFP(fp,fpa)fp-=(fpa);

#define ___PUSH(val)___FP_PUSH(___fp,val)
#define ___POP ___FP_POP(___fp)
#define ___STK(fpo)___FP_STK(___fp,fpo)
#define ___SET_STK(fpo,val)___FP_SET_STK(___fp,fpo,val)
#define ___ADJFP(fpa)___FP_ADJFP(___fp,fpa)
#define ___PSSTK(fpo)___FP_STK(___PSFP,fpo)
#define ___PSADJFP(fpa)___FP_ADJFP(___PSFP,fpa)

#ifdef ___SINGLE_VM
#define ___GLOCELL_IN_VM(vm,x)x
#define ___GLOCELL(x)x
#else
#define ___GLOCELL_IN_VM(vm,x)vm->glos[x]
#define ___GLOCELL(x)___GLOCELL_IN_VM(___VMSTATE_FROM_PSTATE(___ps),x)
#endif

#define ___PRMCELL(x)x

#define ___PRM(i,glo)___PRMCELL(___GLOSTRUCT(i,glo).prm)
#define ___GLO(i,glo)___GLOCELL(___GLOSTRUCT(i,glo).val)
#define ___SET_GLO(i,glo,x)___GLO(i,glo)=x;
#ifdef ___BIND_LATE
#define ___GLOSTRUCT(i,glo)(*___CAST(___glo_struct*,___glotbl[i]))
#else
#define ___GLOSTRUCT(i,glo)glo
#endif

#define ___HOST_PROC ___SM(___MH_PROC,___PH_PROC)
#define ___HOST_LBL0 ___SM(1,___PH_LBL0)

#define ___BEGIN_M_COD ___SM(___BEGIN_COD,___NOTHING)
#define ___END_M_COD ___SM(___END_COD,___NOTHING)

#define ___BEGIN_M_HLBL ___SM(___BEGIN_HLBL,___NOTHING)
#define ___DEF_M_HLBL_INTRO ___SM(___DEF_HLBL_INTRO,___NOTHING)
#define ___DEF_M_HLBL(id)___SM(___DEF_HLBL(id),___NOTHING)
#define ___END_M_HLBL ___SM(___END_HLBL,___NOTHING)

#define ___BEGIN_M_SW ___SM(___BEGIN_SW,___NOTHING)
#define ___END_M_SW ___SM(___END_SW,___NOTHING)

#define ___BEGIN_P_COD ___SM(___NOTHING,___BEGIN_COD)
#define ___END_P_COD ___SM(___NOTHING,___END_COD)

#define ___BEGIN_P_HLBL ___SM(___NOTHING,___BEGIN_HLBL)
#define ___DEF_P_HLBL_INTRO ___SM(___NOTHING,___DEF_HLBL_INTRO)
#define ___DEF_P_HLBL(id)___SM(___NOTHING,___DEF_HLBL(id))
#define ___END_P_HLBL ___SM(___NOTHING,___END_HLBL)

#define ___BEGIN_P_SW ___SM(___NOTHING,___BEGIN_SW)
#define ___END_P_SW ___SM(___NOTHING,___END_SW)

#define ___D_ALL ___SM(___MD_ALL,___PD_ALL)
#define ___R_ALL ___SM(___MR_ALL,___PR_ALL)
#define ___W_ALL ___SM(___MW_ALL,___PW_ALL)

#define ___BEGIN_COD \
___HIDDEN void ___GNUC_HOST_FUNCTION_ATTRIBUTES ___HOST_PROC ___P((___processor_state ___ps),(___ps) \
___processor_state ___ps;) { \
___WORD ___pc; { ___WORD ___start, ___temp; \
___S32 ___s32_temp; /*******************/ \
___U32 ___u32_temp; /*******************/ \
___S64 ___s64_temp; /*******************/ \
___U64 ___u64_temp; /*******************/ \
___D_ALL

#define ___END_COD \
___ps->pc = ___pc; \
___W_ALL } \
___EXIT_HOST(); \
}

#ifndef ___USE_TAIL_CALL_TO_EXIT_HOST

#define ___EXIT_HOST() /* fallthrough to end of host */

#else

#ifdef ___USE_PROPER_TAIL_CALL_EXCLUSIVELY_TO_EXIT_HOST

#define ___EXIT_HOST() ___TAIL_CALL_VOID(___CALL_LABEL_HOST(___pc,___ps))

#else

#define ___USE_UNWIND_C_STACK_TO_TRAMPOLINE

#define ___EXIT_HOST() \
do { \
  ___IF_C_STACK_TRIPPED(___c_stack_ptr) \
    ___EXT(___unwind_c_stack_to_trampoline) (___PSPNC); \
  ___TAIL_CALL_VOID(___CALL_LABEL_HOST(___pc,___ps)); \
} while (0)

#define ___C_STACK_PTR_DECL(id) \
___WORD ___c_stack_ptr_temp; \
___WORD *id = &___c_stack_ptr_temp;

#define ___SETUP_C_STACK_TRIP(id) \
___C_STACK_PTR_DECL(id) \
___ps->c_stack_trip = id

#define ___IF_C_STACK_TRIPPED(id) \
___C_STACK_PTR_DECL(id) \
if (___CAST(___U32,id-___ps->c_stack_trip+___C_STACK_TRIP_DIST) >= 2*___C_STACK_TRIP_DIST)

#ifndef ___C_STACK_TRIP_DIST
#define ___C_STACK_TRIP_DIST 2048
#endif

#endif

#endif

#define ___CALL_LABEL_HOST(pc,ps) ___LABEL_HOST_GET(pc)(ps)

#ifdef ___DEBUG_CTRL_FLOW_HISTORY

#define ___CTRL_FLOW_HISTORY_LENGTH 1024

#define ___AM_HERE \
do { ___processor_state ___ps = ___PSTATE; ___AM_HERE_PS } while (0)

#define ___AM_HERE_PS \
{ int ___i = ___ps->ctrl_flow_history_index; \
  ___source_location *___ptr = ___ps->ctrl_flow_history+___i; \
  ___ptr->file = __FILE__; \
  ___ptr->line = __LINE__; \
  ___ps->ctrl_flow_history_index = (___i+1) % ___CTRL_FLOW_HISTORY_LENGTH; \
}

#else

#define ___AM_HERE
#define ___AM_HERE_PS

#endif

#ifdef ___DEBUG_HOST_CHANGES

#define ___REGISTER_HOST_ENTRY \
___EXT(___register_host_entry) (___PSP ___start, ___MODULE_NAME, __FILE__, __LINE__);

#else

#define ___REGISTER_HOST_ENTRY

#endif

#define ___USES_INDIRECT_GOTO 1
#define ___SETUP_FIXUP_DONE   2

#ifdef ___USE_LABEL_VALUES

#define ___MODULE_FLAGS ___USES_INDIRECT_GOTO

#define ___BEGIN_HLBL static void *___hlbltbl[]={
#define ___DEF_HLBL_INTRO 0,
#define ___DEF_HLBL(id)&&id,
#define ___END_HLBL \
0}; \
___pc=___ps->pc; ___R_ALL ___start=___MLBL(___HOST_LBL0); \
if (___EXPECT_FALSE(___pc == ___FIX(0))) { \
  ___ps->pc = ___CAST(___WORD,___hlbltbl); \
  return; \
}

#define ___BEGIN_SW \
___REGISTER_HOST_ENTRY \
goto *___LABEL_HOST_LABEL_GET(___pc);

#define ___DEF_SW(n)

#ifdef ___INLINE_JUMPS

#define ___END_SW \
___jumpext:

#define ___JUMP(dest)___JUMPFAST(dest)

#else

#define ___END_SW \
___jump: \
if (___EXPECT_TRUE(___LABEL_HOST_GET(___pc) == ___HOST_PROC)) \
  goto *___LABEL_HOST_LABEL_GET(___pc); \
___jumpext:

#define ___JUMP(dest){___pc=dest;goto ___jump;}

#endif

#define ___JUMPEXT(dest){___pc=dest;goto ___jumpext;}

#define ___JUMPFAST(dest) \
{___pc=dest; \
 if (___EXPECT_FALSE(___LABEL_HOST_GET(___pc) != ___HOST_PROC)) \
   goto ___jumpext; \
 goto *___LABEL_HOST_LABEL_GET(___pc); \
}

#else

#define ___MODULE_FLAGS 0

#define ___BEGIN_HLBL
#define ___DEF_HLBL_INTRO
#define ___DEF_HLBL(id)
#define ___END_HLBL ___pc=___ps->pc; ___R_ALL ___start=___MLBL(___HOST_LBL0);

#define ___BEGIN_SW \
___REGISTER_HOST_ENTRY \
___jump: \
switch((___pc-=___start)/(___LABEL_SIZE*___WS)) \
{

#define ___DEF_SW(n)case ___PH_LBL0-___HOST_LBL0+n:

#define ___END_SW \
}___pc+=___start;___jumpext:

#define ___JUMP(dest){___pc=dest;goto ___jump;}
#define ___JUMPEXT(dest){___pc=dest;goto ___jumpext;}
#define ___JUMPFAST(dest)___JUMP(dest)

#endif

#define ___BEGIN_P_SLBL ___SM(___NOTHING,___BEGIN_SLBL)
#define ___DEF_P_SLBL(id)
#define ___END_P_SLBL ___SM(___NOTHING,___END_SLBL)

#define ___REGISTER

#define ___PSHEAP ___ps->hp
#define ___D_HEAP ___REGISTER ___WORD *___hp;
#define ___R_HEAP ___R_HEAP_EXPR;
#define ___W_HEAP ___W_HEAP_EXPR;
#define ___R_HEAP_EXPR ___hp=___PSHEAP
#define ___W_HEAP_EXPR ___PSHEAP=___hp

#define ___PSFP ___ps->fp
#define ___D_FP ___REGISTER ___WORD *___fp;
#define ___R_FP ___SET_FP(___PSFP)
#define ___W_FP ___PSFP=___fp;

/*---------------------------------------------------------------------------*/

/* GVM registers */

#ifndef ___MAX_LOCAL_GVM_REGS
#define ___MAX_LOCAL_GVM_REGS 25
#endif

#if ___NB_ARG_REGS == 0
#define ___PUSH_ARGS1(a)___PUSH(a)
#define ___POP_ARGS1(a)a = ___POP;
#define ___PUSH_ARGS2(a,b)___PUSH(a)___PUSH(b)
#define ___POP_ARGS2(a,b)b = ___POP; a = ___POP;
#define ___PUSH_ARGS3(a,b,c)___PUSH(a)___PUSH(b)___PUSH(c)
#define ___POP_ARGS3(a,b,c)c = ___POP; b = ___POP; a = ___POP;
#define ___PUSH_ARGS4(a,b,c,d)___PUSH(a)___PUSH(b)___PUSH(c)___PUSH(d)
#define ___POP_ARGS4(a,b,c,d)d = ___POP; c = ___POP; b = ___POP; a = ___POP;
#define ___PUSH_ARGS5(a,b,c,d,e)___PUSH(a)___PUSH(b)___PUSH(c)___PUSH(d)___PUSH(e)
#define ___POP_ARGS5(a,b,c,d,e)e = ___POP; d = ___POP; c = ___POP; b = ___POP; a = ___POP;
#else
#define ___PUSH_ARGS1(a)___SET_R1(a)
#define ___POP_ARGS1(a)a = ___R1;
#if ___NB_ARG_REGS == 1
#define ___PUSH_ARGS2(a,b)___PUSH(a)___SET_R1(b)
#define ___POP_ARGS2(a,b)b = ___R1; a = ___POP;
#define ___PUSH_ARGS3(a,b,c)___PUSH(a)___PUSH(b)___SET_R1(c)
#define ___POP_ARGS3(a,b,c)c = ___R1; b = ___POP; a = ___POP;
#define ___PUSH_ARGS4(a,b,c,d)___PUSH(a)___PUSH(b)___PUSH(c)___SET_R1(d)
#define ___POP_ARGS4(a,b,c,d)d = ___R1; c = ___POP; b = ___POP; a = ___POP;
#define ___PUSH_ARGS5(a,b,c,d,e)___PUSH(a)___PUSH(b)___PUSH(c)___PUSH(d)___SET_R1(e)
#define ___POP_ARGS5(a,b,c,d,e)e = ___R1; d = ___POP; c = ___POP; b = ___POP; a = ___POP;
#else
#define ___PUSH_ARGS2(a,b)___SET_R1(a)___SET_R2(b)
#define ___POP_ARGS2(a,b)b = ___R2; a = ___R1;
#if ___NB_ARG_REGS == 2
#define ___PUSH_ARGS3(a,b,c)___PUSH(a)___SET_R1(b)___SET_R2(c)
#define ___POP_ARGS3(a,b,c)c = ___R2; b = ___R1; a = ___POP;
#define ___PUSH_ARGS4(a,b,c,d)___PUSH(a)___PUSH(b)___SET_R1(c)___SET_R2(d)
#define ___POP_ARGS4(a,b,c,d)d = ___R2; c = ___R1; b = ___POP; a = ___POP;
#define ___PUSH_ARGS5(a,b,c,d,e)___PUSH(a)___PUSH(b)___PUSH(c)___SET_R1(d)___SET_R2(e)
#define ___POP_ARGS5(a,b,c,d,e)e = ___R2; d = ___R1; c = ___POP; b = ___POP; a = ___POP;
#else
#define ___PUSH_ARGS3(a,b,c)___SET_R1(a)___SET_R2(b)___SET_R3(c)
#define ___POP_ARGS3(a,b,c)c = ___R3; b = ___R2; a = ___R1;
#if ___NB_ARG_REGS == 3
#define ___PUSH_ARGS4(a,b,c,d)___PUSH(a)___SET_R1(b)___SET_R2(c)___SET_R3(d)
#define ___POP_ARGS4(a,b,c,d)d = ___R3; c = ___R2; b = ___R1; a = ___POP;
#define ___PUSH_ARGS5(a,b,c,d,e)___PUSH(a)___PUSH(b)___SET_R1(c)___SET_R2(d)___SET_R3(e)
#define ___POP_ARGS5(a,b,c,d,e)e = ___R3; d = ___R2; c = ___R1; b = ___POP; a = ___POP;
#else
#define ___PUSH_ARGS4(a,b,c,d)___SET_R1(a)___SET_R2(b)___SET_R3(c)___SET_R4(d)
#define ___POP_ARGS4(a,b,c,d)d = ___R4; c = ___R3; b = ___R2; a = ___R1;
#if ___NB_ARG_REGS == 4
#define ___PUSH_ARGS5(a,b,c,d,e)___PUSH(a)___SET_R1(b)___SET_R2(c)___SET_R3(d)___SET_R4(e)
#define ___POP_ARGS5(a,b,c,d,e)e = ___R4; d = ___R3; c = ___R2; b = ___R1; a = ___POP;
#else
#define ___PUSH_ARGS5(a,b,c,d,e)___SET_R1(a)___SET_R2(b)___SET_R3(c)___SET_R4(d)___SET_R5(e)
#define ___POP_ARGS5(a,b,c,d,e)e = ___R5; d = ___R4; c = ___R3; b = ___R2; a = ___R1;
#endif
#endif
#endif
#endif
#endif

#define ___PSR0 ___ps->r[0]
#if ___MAX_LOCAL_GVM_REGS > 0
#define ___D_R0 ___REGISTER ___WORD ___r0;
#define ___R_R0 ___r0=___PSR0;
#define ___W_R0 ___PSR0=___r0;
#define ___R0 ___r0
#else
#define ___D_R0
#define ___R_R0
#define ___W_R0
#define ___R0 ___PSR0
#endif
#define ___SET_R0(val)___R0=val;
#define ___PUSH_R0 ___PUSH(___R0)
#define ___POP_R0 ___SET_R0(___POP)

#if ___NB_ARG_REGS == 0
#define ___PUSH_ARGS_IN_REGS(na)
#define ___POP_ARGS_IN_REGS(na)
#define ___PSSELF ___PSR1
#define ___SELF ___R1
#define ___LD_ARG_REGS
#define ___ST_ARG_REGS
#endif

#define ___PSR1 ___ps->r[1]
#if ___MAX_LOCAL_GVM_REGS > 1
#define ___D_R1 ___REGISTER ___WORD ___r1;
#define ___R_R1 ___r1=___PSR1;
#define ___W_R1 ___PSR1=___r1;
#define ___R1 ___r1
#else
#define ___D_R1
#define ___R_R1
#define ___W_R1
#define ___R1 ___PSR1
#endif
#define ___SET_R1(val)___R1=(val);
#define ___PUSH_R1_TO_R1 ___PUSH(___R1)
#define ___POP_R1_TO_R1 ___SET_R1(___POP)
#define ___LD_R1_TO_R1 ___D_R1 ___R_R1
#define ___ST_R1_TO_R1 ___W_R1

#if ___NB_ARG_REGS == 1
#define ___PUSH_ARGS_IN_REGS(na) \
if ((na)>0) ___PUSH_R1_TO_R1
#define ___POP_ARGS_IN_REGS(na) \
if ((na)>0) ___POP_R1_TO_R1
#define ___PSSELF ___PSR2
#define ___SELF ___R2
#define ___LD_ARG_REGS ___LD_R1_TO_R1
#define ___ST_ARG_REGS ___ST_R1_TO_R1
#endif

#if ___NB_GVM_REGS == 2

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R1
#define ___POP_REGS ___POP_R1_TO_R1 ___POP_R0

#else

#define ___PSR2 ___ps->r[2]
#if ___MAX_LOCAL_GVM_REGS > 2
#define ___D_R2 ___REGISTER ___WORD ___r2;
#define ___R_R2 ___r2=___PSR2;
#define ___W_R2 ___PSR2=___r2;
#define ___R2 ___r2
#else
#define ___D_R2
#define ___R_R2
#define ___W_R2
#define ___R2 ___PSR2
#endif
#define ___SET_R2(val)___R2=(val);
#define ___PUSH_R1_TO_R2 ___PUSH_R1_TO_R1 ___PUSH(___R2)
#define ___POP_R2_TO_R1 ___SET_R2(___POP)___POP_R1_TO_R1
#define ___LD_R1_TO_R2 ___D_R2 ___LD_R1_TO_R1 ___R_R2
#define ___ST_R1_TO_R2 ___ST_R1_TO_R1 ___W_R2

#if ___NB_ARG_REGS == 2
#define ___PUSH_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___PUSH_R1_TO_R1 break; \
  default: ___PUSH_R1_TO_R2 \
  }
#define ___POP_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___POP_R1_TO_R1 break; \
  default: ___POP_R2_TO_R1 \
  }
#define ___PSSELF ___PSR3
#define ___SELF ___R3
#define ___LD_ARG_REGS ___LD_R1_TO_R2
#define ___ST_ARG_REGS ___ST_R1_TO_R2
#endif

#if ___NB_GVM_REGS == 3

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R2
#define ___POP_REGS ___POP_R2_TO_R1 ___POP_R0

#else

#define ___PSR3 ___ps->r[3]
#if ___MAX_LOCAL_GVM_REGS > 3
#define ___D_R3 ___REGISTER ___WORD ___r3;
#define ___R_R3 ___r3=___PSR3;
#define ___W_R3 ___PSR3=___r3;
#define ___R3 ___r3
#else
#define ___D_R3
#define ___R_R3
#define ___W_R3
#define ___R3 ___PSR3
#endif
#define ___SET_R3(val)___R3=(val);
#define ___PUSH_R1_TO_R3 ___PUSH_R1_TO_R2 ___PUSH(___R3)
#define ___POP_R3_TO_R1 ___SET_R3(___POP)___POP_R2_TO_R1
#define ___LD_R1_TO_R3 ___D_R3 ___LD_R1_TO_R2 ___R_R3
#define ___ST_R1_TO_R3 ___ST_R1_TO_R2 ___W_R3

#if ___NB_ARG_REGS == 3
#define ___PUSH_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___PUSH_R1_TO_R1 break; \
  case 2:  ___PUSH_R1_TO_R2 break; \
  default: ___PUSH_R1_TO_R3 \
  }
#define ___POP_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___POP_R1_TO_R1 break; \
  case 2:  ___POP_R2_TO_R1 break; \
  default: ___POP_R3_TO_R1 \
  }
#define ___PSSELF ___PSR4
#define ___SELF ___R4
#define ___LD_ARG_REGS ___LD_R1_TO_R3
#define ___ST_ARG_REGS ___ST_R1_TO_R3
#endif

#if ___NB_GVM_REGS == 4

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R3
#define ___POP_REGS ___POP_R3_TO_R1 ___POP_R0

#else

#define ___PSR4 ___ps->r[4]
#if ___MAX_LOCAL_GVM_REGS > 4
#define ___D_R4 ___REGISTER ___WORD ___r4;
#define ___R_R4 ___r4=___PSR4;
#define ___W_R4 ___PSR4=___r4;
#define ___R4 ___r4
#else
#define ___D_R4
#define ___R_R4
#define ___W_R4
#define ___R4 ___PSR4
#endif
#define ___SET_R4(val)___R4=(val);
#define ___PUSH_R1_TO_R4 ___PUSH_R1_TO_R3 ___PUSH(___R4)
#define ___POP_R4_TO_R1 ___SET_R4(___POP)___POP_R3_TO_R1
#define ___LD_R1_TO_R4 ___D_R4 ___LD_R1_TO_R3 ___R_R4
#define ___ST_R1_TO_R4 ___ST_R1_TO_R3 ___W_R4

#if ___NB_ARG_REGS == 4
#define ___PUSH_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___PUSH_R1_TO_R1 break; \
  case 2:  ___PUSH_R1_TO_R2 break; \
  case 3:  ___PUSH_R1_TO_R3 break; \
  default: ___PUSH_R1_TO_R4 \
  }
#define ___POP_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___POP_R1_TO_R1 break; \
  case 2:  ___POP_R2_TO_R1 break; \
  case 3:  ___POP_R3_TO_R1 break; \
  default: ___POP_R4_TO_R1 \
  }
#define ___PSSELF ___PSR5
#define ___SELF ___R5
#define ___LD_ARG_REGS ___LD_R1_TO_R4
#define ___ST_ARG_REGS ___ST_R1_TO_R4
#endif

#if ___NB_GVM_REGS == 5

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R4
#define ___POP_REGS ___POP_R4_TO_R1 ___POP_R0

#else

#define ___PSR5 ___ps->r[5]
#if ___MAX_LOCAL_GVM_REGS > 5
#define ___D_R5 ___REGISTER ___WORD ___r5;
#define ___R_R5 ___r5=___PSR5;
#define ___W_R5 ___PSR5=___r5;
#define ___R5 ___r5
#else
#define ___D_R5
#define ___R_R5
#define ___W_R5
#define ___R5 ___PSR5
#endif
#define ___SET_R5(val)___R5=(val);
#define ___PUSH_R1_TO_R5 ___PUSH_R1_TO_R4 ___PUSH(___R5)
#define ___POP_R5_TO_R1 ___SET_R5(___POP)___POP_R4_TO_R1
#define ___LD_R1_TO_R5 ___D_R5 ___LD_R1_TO_R4 ___R_R5
#define ___ST_R1_TO_R5 ___ST_R1_TO_R4 ___W_R5

#if ___NB_ARG_REGS == 5
#define ___PUSH_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___PUSH_R1_TO_R1 break; \
  case 2:  ___PUSH_R1_TO_R2 break; \
  case 3:  ___PUSH_R1_TO_R3 break; \
  case 4:  ___PUSH_R1_TO_R4 break; \
  default: ___PUSH_R1_TO_R5 \
  }
#define ___POP_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___POP_R1_TO_R1 break; \
  case 2:  ___POP_R2_TO_R1 break; \
  case 3:  ___POP_R3_TO_R1 break; \
  case 4:  ___POP_R4_TO_R1 break; \
  default: ___POP_R5_TO_R1 \
  }
#define ___PSSELF ___PSR6
#define ___SELF ___R6
#define ___LD_ARG_REGS ___LD_R1_TO_R5
#define ___ST_ARG_REGS ___ST_R1_TO_R5
#endif

#if ___NB_GVM_REGS == 6

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R5
#define ___POP_REGS ___POP_R5_TO_R1 ___POP_R0

#else

#define ___PSR6 ___ps->r[6]
#if ___MAX_LOCAL_GVM_REGS > 6
#define ___D_R6 ___REGISTER ___WORD ___r6;
#define ___R_R6 ___r6=___PSR6;
#define ___W_R6 ___PSR6=___r6;
#define ___R6 ___r6
#else
#define ___D_R6
#define ___R_R6
#define ___W_R6
#define ___R6 ___PSR6
#endif
#define ___SET_R6(val)___R6=(val);
#define ___PUSH_R1_TO_R6 ___PUSH_R1_TO_R5 ___PUSH(___R6)
#define ___POP_R6_TO_R1 ___SET_R6(___POP)___POP_R5_TO_R1
#define ___LD_R1_TO_R6 ___D_R6 ___LD_R1_TO_R5 ___R_R6
#define ___ST_R1_TO_R6 ___ST_R1_TO_R5 ___W_R6

#if ___NB_ARG_REGS == 6
#define ___PUSH_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___PUSH_R1_TO_R1 break; \
  case 2:  ___PUSH_R1_TO_R2 break; \
  case 3:  ___PUSH_R1_TO_R3 break; \
  case 4:  ___PUSH_R1_TO_R4 break; \
  case 5:  ___PUSH_R1_TO_R5 break; \
  default: ___PUSH_R1_TO_R6 \
  }
#define ___POP_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___POP_R1_TO_R1 break; \
  case 2:  ___POP_R2_TO_R1 break; \
  case 3:  ___POP_R3_TO_R1 break; \
  case 4:  ___POP_R4_TO_R1 break; \
  case 5:  ___POP_R5_TO_R1 break; \
  default: ___POP_R6_TO_R1 \
  }
#define ___PSSELF ___PSR7
#define ___SELF ___R7
#define ___LD_ARG_REGS ___LD_R1_TO_R6
#define ___ST_ARG_REGS ___ST_R1_TO_R6
#endif

#if ___NB_GVM_REGS == 7

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R6
#define ___POP_REGS ___POP_R6_TO_R1 ___POP_R0

#else

#define ___PSR7 ___ps->r[7]
#if ___MAX_LOCAL_GVM_REGS > 7
#define ___D_R7 ___REGISTER ___WORD ___r7;
#define ___R_R7 ___r7=___PSR7;
#define ___W_R7 ___PSR7=___r7;
#define ___R7 ___r7
#else
#define ___D_R7
#define ___R_R7
#define ___W_R7
#define ___R7 ___PSR7
#endif
#define ___SET_R7(val)___R7=(val);
#define ___PUSH_R1_TO_R7 ___PUSH_R1_TO_R6 ___PUSH(___R7)
#define ___POP_R7_TO_R1 ___SET_R7(___POP)___POP_R6_TO_R1
#define ___LD_R1_TO_R7 ___D_R7 ___LD_R1_TO_R6 ___R_R7
#define ___ST_R1_TO_R7 ___ST_R1_TO_R6 ___W_R7

#if ___NB_ARG_REGS == 7
#define ___PUSH_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___PUSH_R1_TO_R1 break; \
  case 2:  ___PUSH_R1_TO_R2 break; \
  case 3:  ___PUSH_R1_TO_R3 break; \
  case 4:  ___PUSH_R1_TO_R4 break; \
  case 5:  ___PUSH_R1_TO_R5 break; \
  case 6:  ___PUSH_R1_TO_R6 break; \
  default: ___PUSH_R1_TO_R7 \
  }
#define ___POP_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___POP_R1_TO_R1 break; \
  case 2:  ___POP_R2_TO_R1 break; \
  case 3:  ___POP_R3_TO_R1 break; \
  case 4:  ___POP_R4_TO_R1 break; \
  case 5:  ___POP_R5_TO_R1 break; \
  case 6:  ___POP_R6_TO_R1 break; \
  default: ___POP_R7_TO_R1 \
  }
#define ___PSSELF ___PSR8
#define ___SELF ___R8
#define ___LD_ARG_REGS ___LD_R1_TO_R7
#define ___ST_ARG_REGS ___ST_R1_TO_R7
#endif

#if ___NB_GVM_REGS == 8

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R7
#define ___POP_REGS ___POP_R7_TO_R1 ___POP_R0

#else

#define ___PSR8 ___ps->r[8]
#if ___MAX_LOCAL_GVM_REGS > 8
#define ___D_R8 ___REGISTER ___WORD ___r8;
#define ___R_R8 ___r8=___PSR8;
#define ___W_R8 ___PSR8=___r8;
#define ___R8 ___r8
#else
#define ___D_R8
#define ___R_R8
#define ___W_R8
#define ___R8 ___PSR8
#endif
#define ___SET_R8(val)___R8=(val);
#define ___PUSH_R1_TO_R8 ___PUSH_R1_TO_R7 ___PUSH(___R8)
#define ___POP_R8_TO_R1 ___SET_R8(___POP)___POP_R7_TO_R1
#define ___LD_R1_TO_R8 ___D_R8 ___LD_R1_TO_R7 ___R_R8
#define ___ST_R1_TO_R8 ___ST_R1_TO_R7 ___W_R8

#if ___NB_ARG_REGS == 8
#define ___PUSH_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___PUSH_R1_TO_R1 break; \
  case 2:  ___PUSH_R1_TO_R2 break; \
  case 3:  ___PUSH_R1_TO_R3 break; \
  case 4:  ___PUSH_R1_TO_R4 break; \
  case 5:  ___PUSH_R1_TO_R5 break; \
  case 6:  ___PUSH_R1_TO_R6 break; \
  case 7:  ___PUSH_R1_TO_R7 break; \
  default: ___PUSH_R1_TO_R8 \
  }
#define ___POP_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___POP_R1_TO_R1 break; \
  case 2:  ___POP_R2_TO_R1 break; \
  case 3:  ___POP_R3_TO_R1 break; \
  case 4:  ___POP_R4_TO_R1 break; \
  case 5:  ___POP_R5_TO_R1 break; \
  case 6:  ___POP_R6_TO_R1 break; \
  case 7:  ___POP_R7_TO_R1 break; \
  default: ___POP_R8_TO_R1 \
  }
#define ___PSSELF ___PSR9
#define ___SELF ___R9
#define ___LD_ARG_REGS ___LD_R1_TO_R8
#define ___ST_ARG_REGS ___ST_R1_TO_R8
#endif

#if ___NB_GVM_REGS == 9

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R8
#define ___POP_REGS ___POP_R8_TO_R1 ___POP_R0

#else

#define ___PSR9 ___ps->r[9]
#if ___MAX_LOCAL_GVM_REGS > 9
#define ___D_R9 ___REGISTER ___WORD ___r9;
#define ___R_R9 ___r9=___PSR9;
#define ___W_R9 ___PSR9=___r9;
#define ___R9 ___r9
#else
#define ___D_R9
#define ___R_R9
#define ___W_R9
#define ___R9 ___PSR9
#endif
#define ___SET_R9(val)___R9=(val);
#define ___PUSH_R1_TO_R9 ___PUSH_R1_TO_R8 ___PUSH(___R9)
#define ___POP_R9_TO_R1 ___SET_R9(___POP)___POP_R8_TO_R1
#define ___LD_R1_TO_R9 ___D_R9 ___LD_R1_TO_R8 ___R_R9
#define ___ST_R1_TO_R9 ___ST_R1_TO_R8 ___W_R9

#if ___NB_ARG_REGS == 9
#define ___PUSH_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___PUSH_R1_TO_R1 break; \
  case 2:  ___PUSH_R1_TO_R2 break; \
  case 3:  ___PUSH_R1_TO_R3 break; \
  case 4:  ___PUSH_R1_TO_R4 break; \
  case 5:  ___PUSH_R1_TO_R5 break; \
  case 6:  ___PUSH_R1_TO_R6 break; \
  case 7:  ___PUSH_R1_TO_R7 break; \
  case 8:  ___PUSH_R1_TO_R8 break; \
  default: ___PUSH_R1_TO_R9 \
  }
#define ___POP_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___POP_R1_TO_R1 break; \
  case 2:  ___POP_R2_TO_R1 break; \
  case 3:  ___POP_R3_TO_R1 break; \
  case 4:  ___POP_R4_TO_R1 break; \
  case 5:  ___POP_R5_TO_R1 break; \
  case 6:  ___POP_R6_TO_R1 break; \
  case 7:  ___POP_R7_TO_R1 break; \
  case 8:  ___POP_R8_TO_R1 break; \
  default: ___POP_R9_TO_R1 \
  }
#define ___PSSELF ___PSR10
#define ___SELF ___R10
#define ___LD_ARG_REGS ___LD_R1_TO_R9
#define ___ST_ARG_REGS ___ST_R1_TO_R9
#endif

#if ___NB_GVM_REGS == 10

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R9
#define ___POP_REGS ___POP_R9_TO_R1 ___POP_R0

#else

#define ___PSR10 ___ps->r[10]
#if ___MAX_LOCAL_GVM_REGS > 10
#define ___D_R10 ___REGISTER ___WORD ___r10;
#define ___R_R10 ___r10=___PSR10;
#define ___W_R10 ___PSR10=___r10;
#define ___R10 ___r10
#else
#define ___D_R10
#define ___R_R10
#define ___W_R10
#define ___R10 ___PSR10
#endif
#define ___SET_R10(val)___R10=(val);
#define ___PUSH_R1_TO_R10 ___PUSH_R1_TO_R9 ___PUSH(___R10)
#define ___POP_R10_TO_R1 ___SET_R10(___POP)___POP_R9_TO_R1
#define ___LD_R1_TO_R10 ___D_R10 ___LD_R1_TO_R9 ___R_R10
#define ___ST_R1_TO_R10 ___ST_R1_TO_R9 ___W_R10

#if ___NB_ARG_REGS == 10
#define ___PUSH_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___PUSH_R1_TO_R1 break; \
  case 2:  ___PUSH_R1_TO_R2 break; \
  case 3:  ___PUSH_R1_TO_R3 break; \
  case 4:  ___PUSH_R1_TO_R4 break; \
  case 5:  ___PUSH_R1_TO_R5 break; \
  case 6:  ___PUSH_R1_TO_R6 break; \
  case 7:  ___PUSH_R1_TO_R7 break; \
  case 8:  ___PUSH_R1_TO_R8 break; \
  case 9:  ___PUSH_R1_TO_R9 break; \
  default: ___PUSH_R1_TO_R10 \
  }
#define ___POP_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___POP_R1_TO_R1 break; \
  case 2:  ___POP_R2_TO_R1 break; \
  case 3:  ___POP_R3_TO_R1 break; \
  case 4:  ___POP_R4_TO_R1 break; \
  case 5:  ___POP_R5_TO_R1 break; \
  case 6:  ___POP_R6_TO_R1 break; \
  case 7:  ___POP_R7_TO_R1 break; \
  case 8:  ___POP_R8_TO_R1 break; \
  case 9:  ___POP_R9_TO_R1 break; \
  default: ___POP_R10_TO_R1 \
  }
#define ___PSSELF ___PSR11
#define ___SELF ___R11
#define ___LD_ARG_REGS ___LD_R1_TO_R10
#define ___ST_ARG_REGS ___ST_R1_TO_R10
#endif

#if ___NB_GVM_REGS == 11

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R10
#define ___POP_REGS ___POP_R10_TO_R1 ___POP_R0

#else

#define ___PSR11 ___ps->r[11]
#if ___MAX_LOCAL_GVM_REGS > 11
#define ___D_R11 ___REGISTER ___WORD ___r11;
#define ___R_R11 ___r11=___PSR11;
#define ___W_R11 ___PSR11=___r11;
#define ___R11 ___r11
#else
#define ___D_R11
#define ___R_R11
#define ___W_R11
#define ___R11 ___PSR11
#endif
#define ___SET_R11(val)___R11=(val);
#define ___PUSH_R1_TO_R11 ___PUSH_R1_TO_R10 ___PUSH(___R11)
#define ___POP_R11_TO_R1 ___SET_R11(___POP)___POP_R10_TO_R1
#define ___LD_R1_TO_R11 ___D_R11 ___LD_R1_TO_R10 ___R_R11
#define ___ST_R1_TO_R11 ___ST_R1_TO_R10 ___W_R11

#if ___NB_ARG_REGS == 11
#define ___PUSH_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___PUSH_R1_TO_R1 break; \
  case 2:  ___PUSH_R1_TO_R2 break; \
  case 3:  ___PUSH_R1_TO_R3 break; \
  case 4:  ___PUSH_R1_TO_R4 break; \
  case 5:  ___PUSH_R1_TO_R5 break; \
  case 6:  ___PUSH_R1_TO_R6 break; \
  case 7:  ___PUSH_R1_TO_R7 break; \
  case 8:  ___PUSH_R1_TO_R8 break; \
  case 9:  ___PUSH_R1_TO_R9 break; \
  case 10:  ___PUSH_R1_TO_R10 break; \
  default: ___PUSH_R1_TO_R11 \
  }
#define ___POP_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___POP_R1_TO_R1 break; \
  case 2:  ___POP_R2_TO_R1 break; \
  case 3:  ___POP_R3_TO_R1 break; \
  case 4:  ___POP_R4_TO_R1 break; \
  case 5:  ___POP_R5_TO_R1 break; \
  case 6:  ___POP_R6_TO_R1 break; \
  case 7:  ___POP_R7_TO_R1 break; \
  case 8:  ___POP_R8_TO_R1 break; \
  case 9:  ___POP_R9_TO_R1 break; \
  case 10:  ___POP_R10_TO_R1 break; \
  default: ___POP_R11_TO_R1 \
  }
#define ___PSSELF ___PSR12
#define ___SELF ___R12
#define ___LD_ARG_REGS ___LD_R1_TO_R11
#define ___ST_ARG_REGS ___ST_R1_TO_R11
#endif

#if ___NB_GVM_REGS == 12

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R11
#define ___POP_REGS ___POP_R11_TO_R1 ___POP_R0

#else

#define ___PSR12 ___ps->r[12]
#if ___MAX_LOCAL_GVM_REGS > 12
#define ___D_R12 ___REGISTER ___WORD ___r12;
#define ___R_R12 ___r12=___PSR12;
#define ___W_R12 ___PSR12=___r12;
#define ___R12 ___r12
#else
#define ___D_R12
#define ___R_R12
#define ___W_R12
#define ___R12 ___PSR12
#endif
#define ___SET_R12(val)___R12=(val);
#define ___PUSH_R1_TO_R12 ___PUSH_R1_TO_R11 ___PUSH(___R12)
#define ___POP_R12_TO_R1 ___SET_R12(___POP)___POP_R11_TO_R1
#define ___LD_R1_TO_R12 ___D_R12 ___LD_R1_TO_R11 ___R_R12
#define ___ST_R1_TO_R12 ___ST_R1_TO_R11 ___W_R12

#if ___NB_ARG_REGS == 12
#define ___PUSH_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___PUSH_R1_TO_R1 break; \
  case 2:  ___PUSH_R1_TO_R2 break; \
  case 3:  ___PUSH_R1_TO_R3 break; \
  case 4:  ___PUSH_R1_TO_R4 break; \
  case 5:  ___PUSH_R1_TO_R5 break; \
  case 6:  ___PUSH_R1_TO_R6 break; \
  case 7:  ___PUSH_R1_TO_R7 break; \
  case 8:  ___PUSH_R1_TO_R8 break; \
  case 9:  ___PUSH_R1_TO_R9 break; \
  case 10:  ___PUSH_R1_TO_R10 break; \
  case 11:  ___PUSH_R1_TO_R11 break; \
  default: ___PUSH_R1_TO_R12 \
  }
#define ___POP_ARGS_IN_REGS(na) \
switch (na) \
  { \
  case 0:  break; \
  case 1:  ___POP_R1_TO_R1 break; \
  case 2:  ___POP_R2_TO_R1 break; \
  case 3:  ___POP_R3_TO_R1 break; \
  case 4:  ___POP_R4_TO_R1 break; \
  case 5:  ___POP_R5_TO_R1 break; \
  case 6:  ___POP_R6_TO_R1 break; \
  case 7:  ___POP_R7_TO_R1 break; \
  case 8:  ___POP_R8_TO_R1 break; \
  case 9:  ___POP_R9_TO_R1 break; \
  case 10:  ___POP_R10_TO_R1 break; \
  case 11:  ___POP_R11_TO_R1 break; \
  default: ___POP_R12_TO_R1 \
  }
#define ___PSSELF ___PSR13
#define ___SELF ___R13
#define ___LD_ARG_REGS ___LD_R1_TO_R12
#define ___ST_ARG_REGS ___ST_R1_TO_R12
#endif

#if ___NB_GVM_REGS == 13

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R12
#define ___POP_REGS ___POP_R12_TO_R1 ___POP_R0

#else

#define ___PSR13 ___ps->r[13]
#if ___MAX_LOCAL_GVM_REGS > 13
#define ___D_R13 ___REGISTER ___WORD ___r13;
#define ___R_R13 ___r13=___PSR13;
#define ___W_R13 ___PSR13=___r13;
#define ___R13 ___r13
#else
#define ___D_R13
#define ___R_R13
#define ___W_R13
#define ___R13 ___PSR13
#endif
#define ___SET_R13(val)___R13=(val);
#define ___PUSH_R1_TO_R13 ___PUSH_R1_TO_R12 ___PUSH(___R13)
#define ___POP_R13_TO_R1 ___SET_R13(___POP)___POP_R12_TO_R1
#define ___LD_R1_TO_R13 ___D_R13 ___LD_R1_TO_R12 ___R_R13
#define ___ST_R1_TO_R13 ___ST_R1_TO_R12 ___W_R13

#if ___NB_GVM_REGS == 14

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R13
#define ___POP_REGS ___POP_R13_TO_R1 ___POP_R0

#else

#define ___PSR14 ___ps->r[14]
#if ___MAX_LOCAL_GVM_REGS > 14
#define ___D_R14 ___REGISTER ___WORD ___r14;
#define ___R_R14 ___r14=___PSR14;
#define ___W_R14 ___PSR14=___r14;
#define ___R14 ___r14
#else
#define ___D_R14
#define ___R_R14
#define ___W_R14
#define ___R14 ___PSR14
#endif
#define ___SET_R14(val)___R14=(val);
#define ___PUSH_R1_TO_R14 ___PUSH_R1_TO_R13 ___PUSH(___R14)
#define ___POP_R14_TO_R1 ___SET_R14(___POP)___POP_R13_TO_R1
#define ___LD_R1_TO_R14 ___D_R14 ___LD_R1_TO_R13 ___R_R14
#define ___ST_R1_TO_R14 ___ST_R1_TO_R13 ___W_R14

#if ___NB_GVM_REGS == 15

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R14
#define ___POP_REGS ___POP_R14_TO_R1 ___POP_R0

#else

#define ___PSR15 ___ps->r[15]
#if ___MAX_LOCAL_GVM_REGS > 15
#define ___D_R15 ___REGISTER ___WORD ___r15;
#define ___R_R15 ___r15=___PSR15;
#define ___W_R15 ___PSR15=___r15;
#define ___R15 ___r15
#else
#define ___D_R15
#define ___R_R15
#define ___W_R15
#define ___R15 ___PSR15
#endif
#define ___SET_R15(val)___R15=(val);
#define ___PUSH_R1_TO_R15 ___PUSH_R1_TO_R14 ___PUSH(___R15)
#define ___POP_R15_TO_R1 ___SET_R15(___POP)___POP_R14_TO_R1
#define ___LD_R1_TO_R15 ___D_R15 ___LD_R1_TO_R14 ___R_R15
#define ___ST_R1_TO_R15 ___ST_R1_TO_R14 ___W_R15

#if ___NB_GVM_REGS == 16

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R15
#define ___POP_REGS ___POP_R15_TO_R1 ___POP_R0

#else

#define ___PSR16 ___ps->r[16]
#if ___MAX_LOCAL_GVM_REGS > 16
#define ___D_R16 ___REGISTER ___WORD ___r16;
#define ___R_R16 ___r16=___PSR16;
#define ___W_R16 ___PSR16=___r16;
#define ___R16 ___r16
#else
#define ___D_R16
#define ___R_R16
#define ___W_R16
#define ___R16 ___PSR16
#endif
#define ___SET_R16(val)___R16=(val);
#define ___PUSH_R1_TO_R16 ___PUSH_R1_TO_R15 ___PUSH(___R16)
#define ___POP_R16_TO_R1 ___SET_R16(___POP)___POP_R15_TO_R1
#define ___LD_R1_TO_R16 ___D_R16 ___LD_R1_TO_R15 ___R_R16
#define ___ST_R1_TO_R16 ___ST_R1_TO_R15 ___W_R16

#if ___NB_GVM_REGS == 17

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R16
#define ___POP_REGS ___POP_R16_TO_R1 ___POP_R0

#else

#define ___PSR17 ___ps->r[17]
#if ___MAX_LOCAL_GVM_REGS > 17
#define ___D_R17 ___REGISTER ___WORD ___r17;
#define ___R_R17 ___r17=___PSR17;
#define ___W_R17 ___PSR17=___r17;
#define ___R17 ___r17
#else
#define ___D_R17
#define ___R_R17
#define ___W_R17
#define ___R17 ___PSR17
#endif
#define ___SET_R17(val)___R17=(val);
#define ___PUSH_R1_TO_R17 ___PUSH_R1_TO_R16 ___PUSH(___R17)
#define ___POP_R17_TO_R1 ___SET_R17(___POP)___POP_R16_TO_R1
#define ___LD_R1_TO_R17 ___D_R17 ___LD_R1_TO_R16 ___R_R17
#define ___ST_R1_TO_R17 ___ST_R1_TO_R16 ___W_R17

#if ___NB_GVM_REGS == 18

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R17
#define ___POP_REGS ___POP_R17_TO_R1 ___POP_R0

#else

#define ___PSR18 ___ps->r[18]
#if ___MAX_LOCAL_GVM_REGS > 18
#define ___D_R18 ___REGISTER ___WORD ___r18;
#define ___R_R18 ___r18=___PSR18;
#define ___W_R18 ___PSR18=___r18;
#define ___R18 ___r18
#else
#define ___D_R18
#define ___R_R18
#define ___W_R18
#define ___R18 ___PSR18
#endif
#define ___SET_R18(val)___R18=(val);
#define ___PUSH_R1_TO_R18 ___PUSH_R1_TO_R17 ___PUSH(___R18)
#define ___POP_R18_TO_R1 ___SET_R18(___POP)___POP_R17_TO_R1
#define ___LD_R1_TO_R18 ___D_R18 ___LD_R1_TO_R17 ___R_R18
#define ___ST_R1_TO_R18 ___ST_R1_TO_R17 ___W_R18

#if ___NB_GVM_REGS == 19

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R18
#define ___POP_REGS ___POP_R18_TO_R1 ___POP_R0

#else

#define ___PSR19 ___ps->r[19]
#if ___MAX_LOCAL_GVM_REGS > 19
#define ___D_R19 ___REGISTER ___WORD ___r19;
#define ___R_R19 ___r19=___PSR19;
#define ___W_R19 ___PSR19=___r19;
#define ___R19 ___r19
#else
#define ___D_R19
#define ___R_R19
#define ___W_R19
#define ___R19 ___PSR19
#endif
#define ___SET_R19(val)___R19=(val);
#define ___PUSH_R1_TO_R19 ___PUSH_R1_TO_R18 ___PUSH(___R19)
#define ___POP_R19_TO_R1 ___SET_R19(___POP)___POP_R18_TO_R1
#define ___LD_R1_TO_R19 ___D_R19 ___LD_R1_TO_R18 ___R_R19
#define ___ST_R1_TO_R19 ___ST_R1_TO_R18 ___W_R19

#if ___NB_GVM_REGS == 20

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R19
#define ___POP_REGS ___POP_R19_TO_R1 ___POP_R0

#else

#define ___PSR20 ___ps->r[20]
#if ___MAX_LOCAL_GVM_REGS > 20
#define ___D_R20 ___REGISTER ___WORD ___r20;
#define ___R_R20 ___r20=___PSR20;
#define ___W_R20 ___PSR20=___r20;
#define ___R20 ___r20
#else
#define ___D_R20
#define ___R_R20
#define ___W_R20
#define ___R20 ___PSR20
#endif
#define ___SET_R20(val)___R20=(val);
#define ___PUSH_R1_TO_R20 ___PUSH_R1_TO_R19 ___PUSH(___R20)
#define ___POP_R20_TO_R1 ___SET_R20(___POP)___POP_R19_TO_R1
#define ___LD_R1_TO_R20 ___D_R20 ___LD_R1_TO_R19 ___R_R20
#define ___ST_R1_TO_R20 ___ST_R1_TO_R19 ___W_R20

#if ___NB_GVM_REGS == 21

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R20
#define ___POP_REGS ___POP_R20_TO_R1 ___POP_R0

#else

#define ___PSR21 ___ps->r[21]
#if ___MAX_LOCAL_GVM_REGS > 21
#define ___D_R21 ___REGISTER ___WORD ___r21;
#define ___R_R21 ___r21=___PSR21;
#define ___W_R21 ___PSR21=___r21;
#define ___R21 ___r21
#else
#define ___D_R21
#define ___R_R21
#define ___W_R21
#define ___R21 ___PSR21
#endif
#define ___SET_R21(val)___R21=(val);
#define ___PUSH_R1_TO_R21 ___PUSH_R1_TO_R20 ___PUSH(___R21)
#define ___POP_R21_TO_R1 ___SET_R21(___POP)___POP_R20_TO_R1
#define ___LD_R1_TO_R21 ___D_R21 ___LD_R1_TO_R20 ___R_R21
#define ___ST_R1_TO_R21 ___ST_R1_TO_R20 ___W_R21

#if ___NB_GVM_REGS == 22

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R21
#define ___POP_REGS ___POP_R21_TO_R1 ___POP_R0

#else

#define ___PSR22 ___ps->r[22]
#if ___MAX_LOCAL_GVM_REGS > 22
#define ___D_R22 ___REGISTER ___WORD ___r22;
#define ___R_R22 ___r22=___PSR22;
#define ___W_R22 ___PSR22=___r22;
#define ___R22 ___r22
#else
#define ___D_R22
#define ___R_R22
#define ___W_R22
#define ___R22 ___PSR22
#endif
#define ___SET_R22(val)___R22=(val);
#define ___PUSH_R1_TO_R22 ___PUSH_R1_TO_R21 ___PUSH(___R22)
#define ___POP_R22_TO_R1 ___SET_R22(___POP)___POP_R21_TO_R1
#define ___LD_R1_TO_R22 ___D_R22 ___LD_R1_TO_R21 ___R_R22
#define ___ST_R1_TO_R22 ___ST_R1_TO_R21 ___W_R22

#if ___NB_GVM_REGS == 23

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R22
#define ___POP_REGS ___POP_R22_TO_R1 ___POP_R0

#else

#define ___PSR23 ___ps->r[23]
#if ___MAX_LOCAL_GVM_REGS > 23
#define ___D_R23 ___REGISTER ___WORD ___r23;
#define ___R_R23 ___r23=___PSR23;
#define ___W_R23 ___PSR23=___r23;
#define ___R23 ___r23
#else
#define ___D_R23
#define ___R_R23
#define ___W_R23
#define ___R23 ___PSR23
#endif
#define ___SET_R23(val)___R23=(val);
#define ___PUSH_R1_TO_R23 ___PUSH_R1_TO_R22 ___PUSH(___R23)
#define ___POP_R23_TO_R1 ___SET_R23(___POP)___POP_R22_TO_R1
#define ___LD_R1_TO_R23 ___D_R23 ___LD_R1_TO_R22 ___R_R23
#define ___ST_R1_TO_R23 ___ST_R1_TO_R22 ___W_R23

#if ___NB_GVM_REGS == 24

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R23
#define ___POP_REGS ___POP_R23_TO_R1 ___POP_R0

#else

#define ___PSR24 ___ps->r[24]
#if ___MAX_LOCAL_GVM_REGS > 24
#define ___D_R24 ___REGISTER ___WORD ___r24;
#define ___R_R24 ___r24=___PSR24;
#define ___W_R24 ___PSR24=___r24;
#define ___R24 ___r24
#else
#define ___D_R24
#define ___R_R24
#define ___W_R24
#define ___R24 ___PSR24
#endif
#define ___SET_R24(val)___R24=(val);
#define ___PUSH_R1_TO_R24 ___PUSH_R1_TO_R23 ___PUSH(___R24)
#define ___POP_R24_TO_R1 ___SET_R24(___POP)___POP_R23_TO_R1
#define ___LD_R1_TO_R24 ___D_R24 ___LD_R1_TO_R23 ___R_R24
#define ___ST_R1_TO_R24 ___ST_R1_TO_R23 ___W_R24

#if ___NB_GVM_REGS == 25

#define ___PUSH_REGS ___PUSH_R0 ___PUSH_R1_TO_R24
#define ___POP_REGS ___POP_R24_TO_R1 ___POP_R0

#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif
#endif

/*---------------------------------------------------------------------------*/

#define ___GC_SAVE1(ps,a) \
((ps)->saved[0] = (a))

#define ___GC_RESTORE1(ps,a) \
(a = (ps)->saved[0], \
 ___GC_SAVE1(ps,___VOID))

#define ___GC_SAVE2(ps,a,b) \
((ps)->saved[0] = (a), \
 (ps)->saved[1] = (b))

#define ___GC_RESTORE2(ps,a,b) \
(a = (ps)->saved[0], \
 b = (ps)->saved[1], \
 ___GC_SAVE2(ps,___VOID,___VOID))

#define ___GC_SAVE3(ps,a,b,c) \
((ps)->saved[0] = (a), \
 (ps)->saved[1] = (b), \
 (ps)->saved[2] = (c))

#define ___GC_RESTORE3(ps,a,b,c) \
(a = (ps)->saved[0], \
 b = (ps)->saved[1], \
 c = (ps)->saved[2], \
 ___GC_SAVE3(ps,___VOID,___VOID,___VOID))

/*---------------------------------------------------------------------------*/

/* Labels and switches */

#define ___NOT(x)!x
#define ___AND(x,y)(x&&y)

#define ___MLBL(n)___lp+((n)*___LABEL_SIZE*___WS)
#define ___LBL(n)___start+((___PH_LBL0-___HOST_LBL0+n)*___LABEL_SIZE*___WS)
#define ___DEF_SLBL(n,lbl)___DEF_SW(n)___DEF_GLBL(lbl)
#define ___DEF_GLBL(lbl)lbl:___AM_HERE_PS
#define ___GOTO(lbl)goto lbl;
#define ___IF_GOTO(test,lbl)if (test) ___GOTO(lbl)
#define ___JUMPINT(nargs,prc,lbl)___SM(___GOTO(lbl),{nargs ___JUMP(prc)})
#define ___JUMPEXTPRM(nargs,val){nargs ___JUMPEXT(val)}
#define ___JUMPEXTNOTSAFE(nargs,val) \
{nargs ___SELF=val; \
___JUMPEXT(___LABEL_ENTRY_GET(___SELF))}
#define ___JUMPPRM(nargs,val){nargs ___JUMP(val)}
#ifdef ___DONT_INLINE_JUMPS
#define ___JUMPRET(val)___JUMP(val)
#else
#define ___JUMPRET(val)___JUMPFAST(val)
#endif

#define ___JUMPNOTSAFE(nargs,val) \
{nargs ___SELF=val; \
___JUMP(___LABEL_ENTRY_GET(___SELF))}

#define ___JUMPSAFE(nargs,val) ___JUMPNOTSAFE(nargs,val) /***************/

#define ___JUMPGENNOTSAFE(nargs,val)___JUMPNOTSAFE(nargs,val)
#define ___JUMPGLONOTSAFE(nargs,i,glo)___JUMPNOTSAFE(nargs,___GLO(i,glo))
#define ___JUMPGENSAFE(nargs,val) \
{nargs ___SELF=val; \
if (___EXPECT_TRUE(___PROCEDUREP(___SELF))) \
  ___JUMP(___LABEL_ENTRY_GET(___SELF)) \
___ps->temp1=___SELF;___JUMPEXTPRM(___NOTHING,___ps->handler_not_proc)}
#define ___JUMPGLOSAFE(nargs,i,glo) \
{nargs ___SELF=___GLO(i,glo); \
if (___EXPECT_TRUE(___PROCEDUREP(___SELF))) \
  ___JUMP(___LABEL_ENTRY_GET(___SELF)) \
___ps->temp4=(___WORD)&___GLOSTRUCT(i,glo);___JUMPEXTPRM(___NOTHING,___ps->handler_not_proc_glo)}

#ifdef ___NOT_SAFE_CALLS
#undef ___JUMPGENSAFE
#undef ___JUMPGLOSAFE
#define ___JUMPGENSAFE(nargs,val)___JUMPGENNOTSAFE(nargs,val)
#define ___JUMPGLOSAFE(nargs,i,glo)___JUMPGLONOTSAFE(nargs,i,glo)
#endif

#ifdef ___SAFE_CALLS
#undef ___JUMPGENNOTSAFE
#undef ___JUMPGLONOTSAFE
#define ___JUMPGENNOTSAFE(nargs,val)___JUMPGENSAFE(nargs,val)
#define ___JUMPGLONOTSAFE(nargs,i,glo)___JUMPGLOSAFE(nargs,i,glo)
#endif

#define ___BEGIN_SWITCH(x) switch (x) {
#define ___SWITCH_CASE_GOTO(obj,lbl) case (obj): ___GOTO(lbl)
#define ___END_SWITCH }

#define ___BEGIN_SWITCH_FIXNUM(x) { ___SCMOBJ ___sw = (x); \
if (___EXPECT_TRUE(___FIXNUMP(___sw))) switch(___INT(___sw)) {
#define ___SWITCH_FIXNUM_CASE_GOTO(obj,lbl) case (___INT(obj)): ___GOTO(lbl)
#define ___END_SWITCH_FIXNUM }}

#define ___BEGIN_SWITCH_CHAR(x) { ___SCMOBJ ___sw = (x); \
if (___EXPECT_TRUE(___CHARP(___sw))) switch(___ORD(___sw)) {
#define ___SWITCH_CHAR_CASE_GOTO(obj,lbl) case (___ORD(obj)): ___GOTO(lbl)
#define ___END_SWITCH_CHAR }}

#define ___BEGIN_SWITCH_SYMKEY(x,mod,guard) { ___SCMOBJ ___sw = (x); \
if (___EXPECT_TRUE(guard(___sw))) switch(___INT(___SYMKEY_HASH_FIELD(___sw)) & ((mod)-1)) {
#define ___SWITCH_SYMKEY_CASE(hash) case (hash):
#define ___SWITCH_SYMKEY_CASE_GOTO(obj,lbl) ___IF_GOTO(___EQP(___sw,obj),lbl)
#define ___END_SWITCH_SYMKEY }}

/*---------------------------------------------------------------------------*/

#define ___PRC(i)___start+((i-___HOST_LBL0)*___LABEL_SIZE*___WS)

#define ___SET_NARGS(n)___ps->na=n;

#define ___IF_NARGS_EQ(n,code)if (___EXPECT_TRUE(___ps->na==n)) {code} else

#define ___WRONG_NARGS(lbl,nb_req,nb_opt,nb_key) \
{___ps->temp1=___LBL(lbl); \
___JUMPEXTPRM(___NOTHING,___ps->handler_wrong_nargs)}

#define ___GET_REST(lbl,nb_req,nb_opt,nb_key) \
if (___ps->na>=0){___ps->temp1=___LBL(lbl); \
___JUMPEXTPRM(___NOTHING,___ps->handler_get_rest)}

#define ___GET_KEY(lbl,nb_req,nb_opt,nb_key,key_descr) \
if (___ps->na>=0){___ps->temp1=___LBL(lbl);___ps->temp2=nb_req+nb_opt; \
___ps->temp3=key_descr;___JUMPEXTPRM(___NOTHING,___ps->handler_get_key)}

#define ___GET_REST_KEY(lbl,nb_req,nb_opt,nb_key,key_descr) \
if (___ps->na>=0){___ps->temp1=___LBL(lbl);___ps->temp2=nb_req+nb_opt; \
___ps->temp3=key_descr;___ps->temp4=1; \
___JUMPEXTPRM(___NOTHING,___ps->handler_get_key_rest)}

#define ___GET_KEY_REST(lbl,nb_req,nb_opt,nb_key,key_descr) \
if (___ps->na>=0){___ps->temp1=___LBL(lbl);___ps->temp2=nb_req+nb_opt; \
___ps->temp3=key_descr;___ps->temp4=0; \
___JUMPEXTPRM(___NOTHING,___ps->handler_get_key_rest)}

#define ___BOOLEAN(x)(x)?___TRU:___FAL
#define ___EXPR(x)x;

#ifdef ___SUPPORT_LOWLEVEL_EXEC

#ifdef ___CPU_x86

/* Useful to have constant bit pattern in low 16 bits of pstate */
#define ___PSTATE_ALIGN_MULTIPLIER (1<<16)
#define ___PSTATE_ALIGN_MODULUS    0x8888

#ifdef ___CPU_x86_32

#define ___CLO_LOWLEVEL_TRAMPOLINE_SIZE 2
#define ___CLO_LOWLEVEL_TRAMPOLINE_SETUP(ptr,lbl) \
do { \
     /* generate x86-32 instruction: call lbl */ \
     ___WORD dist = ___CAST(___WORD, \
                            ___CAST(___UWORD,lbl) - \
                            (___CAST(___UWORD,ptr) + ___WS + ___tSUBTYPED + 5)); \
     (ptr)[___LABEL_LOWLEVEL_CODE] = (0xe8L << (8*___tSUBTYPED)) \
                                     + (dist << (8*(___tSUBTYPED+1))); \
     (ptr)[___LABEL_LOWLEVEL_CODE+1] = (dist >> (8*(___WS-(___tSUBTYPED+1)))); \
   } while (0)

#define ___LABEL_LOWLEVEL_TRAMPOLINE_SIZE 1
#define ___LABEL_LOWLEVEL_TRAMPOLINE_SETUP(ptr) \
do { \
     /* generate x86-32 instruction: call *-4(%ecx) */ \
     (ptr)[___LABEL_LOWLEVEL_CODE] = 0xfc51ff << (8*___tSUBTYPED); \
   } while (0)

#endif

#ifdef ___CPU_x86_64

#define ___CLO_LOWLEVEL_TRAMPOLINE_SIZE 1
#define ___CLO_LOWLEVEL_TRAMPOLINE_SETUP(ptr,lbl) \
do { \
     /* generate x86-64 instruction: call *-15(%rip) */ \
     (ptr)[___LABEL_LOWLEVEL_CODE] = 0xfffffff115ffL << (8*___tSUBTYPED); \
   } while (0)

#define ___LABEL_LOWLEVEL_TRAMPOLINE_SIZE 1
#define ___LABEL_LOWLEVEL_TRAMPOLINE_SETUP(ptr) \
do { \
     /* generate x86-64 instruction: call *-8(%rcx) */ \
     (ptr)[___LABEL_LOWLEVEL_CODE] = 0xf851ff << (8*___tSUBTYPED); \
   } while (0)

#endif

#endif

#ifdef ___CPU_arm

#define ___CLO_LOWLEVEL_TRAMPOLINE_SIZE 2
#define ___CLO_LOWLEVEL_TRAMPOLINE_SETUP(ptr,lbl) \
do { \
     /* generate ARM THUMB2 instructions: mov r4,pc ; ldr pc,[r4,#-8] */ \
     (ptr)[___LABEL_LOWLEVEL_CODE] = 0xf854467cL; \
     (ptr)[___LABEL_LOWLEVEL_CODE+1] = 0x0000fc08L; \
   } while (0)

#define ___LABEL_LOWLEVEL_TRAMPOLINE_SIZE 1
#define ___LABEL_LOWLEVEL_TRAMPOLINE_SETUP(ptr) \
do { \
     /* generate ARM THUMB2 instructions: ldr r7,[r5] ; blx r7 */ \
     (ptr)[___LABEL_LOWLEVEL_CODE] = 0x47b8682fL; \
   } while (0)

#endif

#ifdef ___CPU_riscv

#if __riscv_xlen == 64

#define ___CLO_LOWLEVEL_TRAMPOLINE_SIZE 2
#define ___CLO_LOWLEVEL_TRAMPOLINE_SETUP(ptr,lbl) \
do { \
     /* XXX generate RISC-V instructions: auipc s6, 0x0; ld s6, -16(s6); jr s6 */ \
     (ptr)[___LABEL_LOWLEVEL_CODE] = 0xff0b3b0300000b17L; \
     (ptr)[___LABEL_LOWLEVEL_CODE+1] = 0x000b0067; \
   } while (0)

#define ___LABEL_LOWLEVEL_TRAMPOLINE_SIZE 1
#define ___LABEL_LOWLEVEL_TRAMPOLINE_SETUP(ptr) \
do { \
     /* generate RISC-V instructions: ld s7, 0(s10); jalr s7 */ \
     (ptr)[___LABEL_LOWLEVEL_CODE] = 0x000b80e7000d3b83L; \
   } while (0)

#else

#define ___CLO_LOWLEVEL_TRAMPOLINE_SIZE 3
#define ___CLO_LOWLEVEL_TRAMPOLINE_SETUP(ptr,lbl) \
do { \
     /* generate RISC-V instructions: auipc s6, 0x0; lw s6, -8(s6); jr s6 */ \
     (ptr)[___LABEL_LOWLEVEL_CODE] = 0x00000b17; \
     (ptr)[___LABEL_LOWLEVEL_CODE+1] = 0xff8b2b03; \
     (ptr)[___LABEL_LOWLEVEL_CODE+2] = 0x000b0067; \
   } while (0)

#define ___LABEL_LOWLEVEL_TRAMPOLINE_SIZE 2
#define ___LABEL_LOWLEVEL_TRAMPOLINE_SETUP(ptr) \
do { \
     /* generate RISC-V instructions: lw s7, 0(s10); jalr s7 */ \
     (ptr)[___LABEL_LOWLEVEL_CODE] = 0x000d2b83; \
     (ptr)[___LABEL_LOWLEVEL_CODE+1] = 0x000b80e7; \
   } while (0)

#endif

#endif

#endif

#ifdef ___CLO_LOWLEVEL_TRAMPOLINE_SIZE
#ifdef ___SUPPORT_LABEL_VALUES
#define ___UNALIGNED_LABEL_SIZE (4+___LABEL_LOWLEVEL_TRAMPOLINE_SIZE)
#else
#define ___UNALIGNED_LABEL_SIZE (3+___LABEL_LOWLEVEL_TRAMPOLINE_SIZE)
#endif
#else
#define ___UNALIGNED_LABEL_SIZE 4
#define ___CLO_LOWLEVEL_TRAMPOLINE_SIZE 0
#define ___CLO_LOWLEVEL_TRAMPOLINE_SETUP(ptr,lbl)
#endif

#ifdef ___USE_ALIGNED_LABEL_SIZE
#if ___UNALIGNED_LABEL_SIZE <= 4
#define ___LABEL_SIZE 4
#else
#define ___LABEL_SIZE 8
#endif
#else
#define ___LABEL_SIZE ___UNALIGNED_LABEL_SIZE
#endif

#define ___CLO_FREEVARS (1+___CLO_LOWLEVEL_TRAMPOLINE_SIZE)

#define ___ALLOC_CLO(n)(___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_WORDS(n+___CLO_FREEVARS,___sPROCEDURE)),___END_ALLOC_SUBTYPED(n+___CLO_FREEVARS),___GET_SUBTYPED(n+___CLO_FREEVARS))
#define ___BEGIN_SETUP_CLO(n,clo,lbl) \
{___WORD *___ptr=___BODY0_AS(clo,___tSUBTYPED); \
___ptr[___LABEL_ENTRY_OR_DESCR]=___LBL(lbl); \
___CLO_LOWLEVEL_TRAMPOLINE_SETUP(___ptr,___LBL(lbl));
#define ___ADD_CLO_ELEM(i,val)___ptr[i+___CLO_FREEVARS]=(val);
#define ___END_SETUP_CLO(n) }
#define ___CLO(x,y)___BODY_AS(x,___tSUBTYPED)[y+(___CLO_FREEVARS-1)]
#define ___SET_CLO(x,y,z)___BODY_AS(x,___tSUBTYPED)[y+(___CLO_FREEVARS-1)]=z;

#define ___CLOSURESIZE(x)___HD_FIELDS(___SUBTYPED_HEADER(x))-___CLO_LOWLEVEL_TRAMPOLINE_SIZE
#define ___CLOSURELENGTH(x)___FIX(___CLOSURESIZE(x))
#define ___CLOSURECODE(x)___CLO(x,-___CLO_LOWLEVEL_TRAMPOLINE_SIZE)
#define ___CLOSUREREF(x,y)___CLO(x,___INT(y))
#define ___CLOSURESET(x,y,z)___SET_CLO(x,___INT(y),z)

#define ___BEGIN_ALLOC_LIST(n,last)___ALLOC_PAIR(last,___NUL)
#define ___ADD_LIST_ELEM(i,val)___ALLOC_PAIR(val,___GET_PAIR())
#define ___END_ALLOC_LIST(n)
#define ___GET_LIST(n)___GET_PAIR()

#define ___BEGIN_ALLOC_STRING(n) \
___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_BYTES(n<<___LCS,___sSTRING));
#define ___ADD_STRING_ELEM_RAW(i,val)___STORE_C(___BODY0_FROM_HP(),i,val);
#define ___ADD_STRING_ELEM(i,val)___ADD_STRING_ELEM_RAW(i,___ORD(val))
#define ___END_ALLOC_STRING(n)___ALLOC(___WORDS(n<<___LCS)+1);
#define ___GET_STRING(n)___GET_SUBTYPED(___WORDS(n<<___LCS))

#define ___BEGIN_ALLOC_S8VECTOR(n) \
___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_BYTES(n,___sS8VECTOR));
#define ___ADD_S8VECTOR_ELEM_RAW(i,val)___STORE_S8(___BODY0_FROM_HP(),i,val);
#define ___ADD_S8VECTOR_ELEM(i,val)___ADD_S8VECTOR_ELEM_RAW(i,___INT(val))
#define ___END_ALLOC_S8VECTOR(n)___ALLOC(___WORDS(n)+1);
#define ___GET_S8VECTOR(n)___GET_SUBTYPED(___WORDS(n))

#define ___BEGIN_ALLOC_U8VECTOR(n) \
___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_BYTES(n,___sU8VECTOR));
#define ___ADD_U8VECTOR_ELEM_RAW(i,val)___STORE_U8(___BODY0_FROM_HP(),i,val);
#define ___ADD_U8VECTOR_ELEM(i,val)___ADD_U8VECTOR_ELEM_RAW(i,___INT(val))
#define ___END_ALLOC_U8VECTOR(n)___ALLOC(___WORDS(n)+1);
#define ___GET_U8VECTOR(n)___GET_SUBTYPED(___WORDS(n))

#define ___BEGIN_ALLOC_S16VECTOR(n) \
___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_BYTES(n<<1,___sS16VECTOR));
#define ___ADD_S16VECTOR_ELEM_RAW(i,val)___STORE_S16(___BODY0_FROM_HP(),i,val);
#define ___ADD_S16VECTOR_ELEM(i,val)___ADD_S16VECTOR_ELEM_RAW(i,___INT(val))
#define ___END_ALLOC_S16VECTOR(n)___ALLOC(___WORDS(n<<1)+1);
#define ___GET_S16VECTOR(n)___GET_SUBTYPED(___WORDS(n<<1))

#define ___BEGIN_ALLOC_U16VECTOR(n) \
___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_BYTES(n<<1,___sU16VECTOR));
#define ___ADD_U16VECTOR_ELEM_RAW(i,val)___STORE_U16(___BODY0_FROM_HP(),i,val);
#define ___ADD_U16VECTOR_ELEM(i,val)___ADD_U16VECTOR_ELEM_RAW(i,___INT(val))
#define ___END_ALLOC_U16VECTOR(n)___ALLOC(___WORDS(n<<1)+1);
#define ___GET_U16VECTOR(n)___GET_SUBTYPED(___WORDS(n<<1))

#define ___BEGIN_ALLOC_S32VECTOR(n) \
___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_BYTES(n<<2,___sS32VECTOR));
#define ___ADD_S32VECTOR_ELEM_RAW(i,val)___STORE_S32(___BODY0_FROM_HP(),i,val);
#define ___ADD_S32VECTOR_ELEM(i,val)___ADD_S32VECTOR_ELEM_RAW(i,___S32UNBOX(val))
#define ___END_ALLOC_S32VECTOR(n)___ALLOC(___WORDS(n<<2)+1);
#define ___GET_S32VECTOR(n)___GET_SUBTYPED(___WORDS(n<<2))

#define ___BEGIN_ALLOC_U32VECTOR(n) \
___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_BYTES(n<<2,___sU32VECTOR));
#define ___ADD_U32VECTOR_ELEM_RAW(i,val)___STORE_U32(___BODY0_FROM_HP(),i,val);
#define ___ADD_U32VECTOR_ELEM(i,val)___ADD_U32VECTOR_ELEM_RAW(i,___U32UNBOX(val))
#define ___END_ALLOC_U32VECTOR(n)___ALLOC(___WORDS(n<<2)+1);
#define ___GET_U32VECTOR(n)___GET_SUBTYPED(___WORDS(n<<2))

#if ___WORD_WIDTH == 32

#define ___BEGIN_ALLOC_S64VECTOR(n) \
{___WORD *___ptr = (___WORD*)((___WORD)(___hp+2)&~7); \
___ptr[-1]=___MAKE_HD_BYTES(n<<3,___sS64VECTOR);
#define ___ADD_S64VECTOR_ELEM_RAW(i,val)___STORE_S64(___ptr,i,val);
#define ___ADD_S64VECTOR_ELEM(i,val)___ADD_S64VECTOR_ELEM_RAW(i,___S64UNBOX(val))
#define ___END_ALLOC_S64VECTOR(n)___ALLOC(___WORDS(n<<3)+2);}
#define ___GET_S64VECTOR(n)___TAG((((___WORD*)((___WORD)(___hp-___WORDS(n<<3))&~7))-___REFERENCE_TO_BODY),___tSUBTYPED)

#define ___BEGIN_ALLOC_U64VECTOR(n) \
{___WORD *___ptr = (___WORD*)((___WORD)(___hp+2)&~7); \
___ptr[-1]=___MAKE_HD_BYTES(n<<3,___sU64VECTOR);
#define ___ADD_U64VECTOR_ELEM_RAW(i,val)___STORE_U64(___ptr,i,val);
#define ___ADD_U64VECTOR_ELEM(i,val)___ADD_U64VECTOR_ELEM_RAW(i,___U64UNBOX(val))
#define ___END_ALLOC_U64VECTOR(n)___ALLOC(___WORDS(n<<3)+2);}
#define ___GET_U64VECTOR(n)___TAG((((___WORD*)((___WORD)(___hp-___WORDS(n<<3))&~7))-___REFERENCE_TO_BODY),___tSUBTYPED)

#else

#define ___BEGIN_ALLOC_S64VECTOR(n) \
___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_BYTES(n<<3,___sS64VECTOR));
#define ___ADD_S64VECTOR_ELEM_RAW(i,val)___STORE_S64(___BODY0_FROM_HP(),i,val);
#define ___ADD_S64VECTOR_ELEM(i,val)___ADD_S64VECTOR_ELEM_RAW(i,___S64UNBOX(val))
#define ___END_ALLOC_S64VECTOR(n)___ALLOC(___WORDS(n<<3)+1);
#define ___GET_S64VECTOR(n)___GET_SUBTYPED(___WORDS(n<<3))

#define ___BEGIN_ALLOC_U64VECTOR(n) \
___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_BYTES(n<<3,___sU64VECTOR));
#define ___ADD_U64VECTOR_ELEM_RAW(i,val)___STORE_U64(___BODY0_FROM_HP(),i,val);
#define ___ADD_U64VECTOR_ELEM(i,val)___ADD_U64VECTOR_ELEM_RAW(i,___U64UNBOX(val))
#define ___END_ALLOC_U64VECTOR(n)___ALLOC(___WORDS(n<<3)+1);
#define ___GET_U64VECTOR(n)___GET_SUBTYPED(___WORDS(n<<3))

#endif

#define ___BEGIN_ALLOC_F32VECTOR(n) \
___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_BYTES(n<<2,___sF32VECTOR));
#ifdef ___F32
#define ___ADD_F32VECTOR_ELEM(i,val)((___F32*)___BODY0_FROM_HP())[i]=(val);
#else
#define ___ADD_F32VECTOR_ELEM(i,val);
#endif
#define ___END_ALLOC_F32VECTOR(n)___ALLOC(___WORDS(n<<2)+1);
#define ___GET_F32VECTOR(n)___GET_SUBTYPED(___WORDS(n<<2))

#if ___WORD_WIDTH == 32

#define ___BEGIN_ALLOC_F64VECTOR(n) \
{___WORD *___ptr = (___WORD*)((___WORD)(___hp+2)&~7); \
___ptr[-1]=___MAKE_HD_BYTES(n<<3,___sF64VECTOR);
#define ___ADD_F64VECTOR_ELEM(i,val)((___F64*)___ptr)[i]=(val);
#define ___END_ALLOC_F64VECTOR(n)___ALLOC(___WORDS(n<<3)+2);}
#define ___GET_F64VECTOR(n)___TAG((((___WORD*)((___WORD)(___hp-___WORDS(n<<3))&~7))-___REFERENCE_TO_BODY),___tSUBTYPED)

#else

#define ___BEGIN_ALLOC_F64VECTOR(n) \
___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_BYTES(n<<3,___sF64VECTOR));
#define ___ADD_F64VECTOR_ELEM(i,val)((___F64*)___BODY0_FROM_HP())[i]=(val);
#define ___END_ALLOC_F64VECTOR(n)___ALLOC(___WORDS(n<<3)+1);
#define ___GET_F64VECTOR(n)___GET_SUBTYPED(___WORDS(n<<3))

#endif

#define ___BEGIN_ALLOC_STRUCTURE(n) \
___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_WORDS(n,___sSTRUCTURE));
#define ___ADD_STRUCTURE_ELEM(i,val)___ADD_SUBTYPED_ELEM(i,val);
#define ___END_ALLOC_STRUCTURE(n)___END_ALLOC_SUBTYPED(n);
#define ___GET_STRUCTURE(n)___GET_SUBTYPED(n)

#define ___BEGIN_ALLOC_VALUES(n) \
___BEGIN_ALLOC_SUBTYPED(___MAKE_HD_WORDS(n,___sBOXVALUES));
#define ___ADD_VALUES_ELEM(i,val)___ADD_SUBTYPED_ELEM(i,val);
#define ___END_ALLOC_VALUES(n)___END_ALLOC_SUBTYPED(n);
#define ___GET_VALUES(n)___GET_SUBTYPED(n)

#define ___NB_INTRS 6
#define ___INTR_SYNC_OP    0
#define ___INTR_TERMINATE  1
#define ___INTR_HEARTBEAT  2
#define ___INTR_USER       3
#define ___INTR_GC         4
#define ___INTR_OTHER      5

#define ___INTERRUPT_FLAGS() (___ps->intr_flag[0]|___ps->intr_flag[1]|___ps->intr_flag[2]|___ps->intr_flag[3]|___ps->intr_flag[4]|___ps->intr_flag[5])

#define ___INTERRUPT_AFTER_MASKING(flags) \
((flags) & ___ps->intr_enabled & ~___ps->intr_mask)

#define ___INTERRUPT_REQ(flags) \
(___INTERRUPT_AFTER_MASKING(flags) != ___FIX(0))

#define ___STACK_TRIP_ON_IF_INTERRUPT_REQ() \
if (___INTERRUPT_REQ(___INTERRUPT_FLAGS())) \
  ___STACK_TRIP_ON()

#define ___INTERRUPT_MASK_SET(mask) \
do { \
  ___ps->intr_mask = (mask); \
  ___STACK_TRIP_ON_IF_INTERRUPT_REQ(); \
} while (0)

#define ___STACK_TRIP_ON()___ps->stack_trip = ___ps->stack_start
#define ___STACK_TRIP_OFF()___ps->stack_trip = ___ps->stack_limit
#define ___STACK_TRIPPED (___fp < ___ps->stack_trip)

#ifdef ___HEARTBEAT_USING_POLL_COUNTDOWN
#define ___HEARTBEAT_INTERVAL_ENDED (___ps->heartbeat_countdown-- <= 0)
#define ___POLL_TRIGGER ___HEARTBEAT_INTERVAL_ENDED || ___STACK_TRIPPED
#else
#define ___POLL_TRIGGER ___STACK_TRIPPED
#endif

#ifdef ___DEBUG_STACK_LIMIT

#define ___POLL(n)                    \
if (___EXPECT_FALSE(___POLL_TRIGGER)) \
{___ps->temp1=___LBL(n); \
___ps->poll_location.file=__FILE__; \
___ps->poll_location.line=__LINE__; \
___JUMPEXTPRM(___NOTHING,___ps->handler_stack_limit) \
}

#else

#define ___POLL(n)                    \
if (___EXPECT_FALSE(___POLL_TRIGGER)) \
{___ps->temp1=___LBL(n); \
___JUMPEXTPRM(___NOTHING,___ps->handler_stack_limit) \
}

#endif

#define ___TASK_PUSH(i)
#define ___TASK_POP(n)

#ifdef ___DEBUG_HEAP_LIMIT

#define ___CHECK_HEAP(n,m)                    \
if (___EXPECT_FALSE(___hp>___ps->heap_limit)) \
{___ps->temp1=___LBL(n); \
___ps->check_heap_location.file=__FILE__; \
___ps->check_heap_location.line=__LINE__; \
___JUMPEXTPRM(___NOTHING,___ps->handler_heap_limit) \
}

#else

#define ___CHECK_HEAP(n,m)                    \
if (___EXPECT_FALSE(___hp>___ps->heap_limit)) \
{___ps->temp1=___LBL(n); \
___JUMPEXTPRM(___NOTHING,___ps->handler_heap_limit) \
}

#endif

#ifdef ___NAN_BOXING
#define ___CHECK_HEAP_FLO(n,m)
#else
#define ___CHECK_HEAP_FLO(n,m)___CHECK_HEAP(n,m)
#endif

#define ___FORCE1(n,src) \
if (___TESTTYPE(___temp=(src),___tSUBTYPED)&&___SUBTYPE(___temp)==___FIX(___sPROMISE)){___ps->temp2=___temp;___pc=___PROMISE_STATE_FIELD(___temp);___temp=___VECTORELEM(___pc,0); if (___temp==___pc){___ps->temp1=___LBL(n);___JUMPEXTPRM(___NOTHING,___ps->handler_force);
#define ___FORCE2 ___temp=___ps->temp2;}}
#define ___FORCE3 ___temp

#define ___MODULE_KIND 0
#define ___LINKFILE_KIND 1

#define ___CLIBEXT(f)f
#define ___EXT(f)f

#ifdef ___BIND_LATE

#ifndef ___CAN_IMPORT_CLIB_DYNAMICALLY
#undef ___CLIBEXT
#define ___CLIBEXT(f)(___GSTATE->f)
#undef ___LOCAL_GSTATE
#define ___LOCAL_GSTATE
#endif

#ifndef ___CAN_IMPORT_SETJMP_DYNAMICALLY
#undef ___SETJMP
#define ___SETJMP(x)(___GSTATE->setjmp) (x)
#endif

#ifndef ___CAN_IMPORT_DYNAMICALLY
#undef ___EXT
#define ___EXT(f)(___GSTATE->f)
#undef ___LOCAL_GSTATE
#define ___LOCAL_GSTATE
#endif

#endif

#ifdef ___LOCAL_GSTATE

#define ___GSTATE ___local_gstate

#define ___GSTATEDECL ___LOCAL ___global_state ___local_gstate;
#define ___SET_LOCAL_GSTATE(gs) ___local_gstate = gs;

#else

#ifdef ___PSTATE_ALIGN_MULTIPLIER
#define ___GSTATE ___CAST(___global_state,___ALIGNUP(&___gstate0,___PSTATE_ALIGN_MULTIPLIER))
#else
#define ___GSTATE (&___gstate0)
#endif

#define ___GSTATEDECL ___IMP_DATA(___global_state_struct,___gstate0);
#define ___SET_LOCAL_GSTATE(gs)

#endif

#ifdef ___SINGLE_THREADED_VMS

/* Use direct access to the only pstate */

#define ___GET_REAL_PSTATE() (&___GSTATE->vmstate0.aligned_pstate[0].pstate)
#define ___SET_REAL_PSTATE(ps)

#else

/*
 * Some target platforms have linkers that don't allow referencing a
 * thread local storage variable from another dynamically linked file.
 * This happens on OS X when using clang (but not when using FSF gcc).
 * This issue can be avoided by having the dynamically linked file
 * call the ___get_tls_ptr in the Gambit runtime system which accesses
 * the thread local storage.  However, doing this slows down access to
 * the processor state, which needs to be as fast as possible.
 *
 * The presence of this issue for the C compiler being used could be
 * determined by ifdefs or the configure script.  However, this would
 * prevent dynamically loading code compiled by a different C
 * compiler.  For example, the Gambit runtime system and interpreter
 * could have been compiled by FSF gcc and a file dynamically loaded by
 * the interpreter could have been compiled by clang.  This situation
 * is common when Gambit is installed using a prebuilt installer
 * (typically built with FSF gcc) and the user's platform is
 * configured with a different C compiler (for example Xcode's clang
 * on OS X).
 *
 * The current solution is to assume that thread local storage
 * variables cannot be referenced from another dynamically linked
 * file.  If it is known that the C compilers being used don't have
 * this issue, then the --enable-dynamic-tls option should be passed
 * to the configure script, i.e.:
 *
 *   ./configure --enable-dynamic-tls
 */

#ifdef ___THREAD_LOCAL_STORAGE_CLASS

extern ___THREAD_LOCAL_STORAGE_CLASS void *___tls_ptr;

#ifndef ___DYNAMIC_TLS

#undef ___DEFINE_THREAD_LOCAL_STORAGE_GETTER_SETTER
#define ___DEFINE_THREAD_LOCAL_STORAGE_GETTER_SETTER

#ifdef ___SHARED
#ifndef ___PRIMAL
#undef ___USE_THREAD_LOCAL_STORAGE_GETTER_SETTER
#define ___USE_THREAD_LOCAL_STORAGE_GETTER_SETTER
#endif
#endif

#endif

#else

#undef ___DEFINE_THREAD_LOCAL_STORAGE_GETTER_SETTER
#define ___DEFINE_THREAD_LOCAL_STORAGE_GETTER_SETTER

#undef ___USE_THREAD_LOCAL_STORAGE_GETTER_SETTER
#define ___USE_THREAD_LOCAL_STORAGE_GETTER_SETTER

#endif

#ifdef ___USE_THREAD_LOCAL_STORAGE_GETTER_SETTER

/* Use thread local storage getter/setter */

#define ___GET_REAL_PSTATE() ___CAST(___processor_state,___EXT(___get_tls_ptr) ())
#define ___SET_REAL_PSTATE(ps) ___set_tls_ptr(___CAST(void*,ps))

#else

/* Use thread local storage class */

#define ___GET_REAL_PSTATE() ___CAST(___processor_state,___tls_ptr)
#define ___SET_REAL_PSTATE(ps) ___tls_ptr = ___CAST(void*,ps)

#endif

#endif

#ifndef ___SUPPORT_PSTATE_BIND

#define ___GET_PSTATE() ___GET_REAL_PSTATE()

#else

#define ___GET_PSTATE() ___GET_REAL_PSTATE()->pstate_binding
#define ___BEGIN_PSTATE_BIND(ps) \
do { \
  ___processor_state ___old_pstate = ___GET_REAL_PSTATE()->pstate_binding; \
  ___GET_REAL_PSTATE()->pstate_binding = ps
#define ___END_PSTATE_BIND() \
  ___GET_REAL_PSTATE()->pstate_binding = ___old_pstate; \
} while (0)

#endif

#ifndef ___DEFINE_THREAD_LOCAL_STORAGE_GETTER_SETTER

/*
 * ___GET_PSTATE is probably fast, so it is acceptable to get the processor
 * state pointer at the top of every function that needs to access the
 * processor state.
 */

#define ___PSGET ___processor_state ___ps = ___PSTATE;

#define ___PSDNC
#define ___PSVNC

#define ___PSD
#define ___PSV
#define ___PSDKR

#define ___PSANC(ps)
#define ___PSA(ps)

#else

/*
 * ___GET_PSTATE is probably slow, so the processor state pointer will be
 * propagated from one function to its callees when possible.
 */

#define ___PSGET

#define ___PSDNC ___processor_state ___ps
#define ___PSVNC ___ps

#define ___PSD ___PSDNC,
#define ___PSV ___PSVNC,
#define ___PSDKR ___PSDNC;

#define ___PSANC(ps) ps
#define ___PSA(ps) ps,

#endif

#define ___PSPNC ___PSANC(___PSVNC)
#define ___PSP ___PSA(___PSVNC)

#ifdef ___SINGLE_THREADED_VMS
#ifdef ___SUPPORT_LOWLEVEL_EXEC
#define ___VMSTATE_FROM_PSTATE(ps) \
  ___CAST(___virtual_machine_state,___CAST(___aligned_lowlevel_processor_state_struct*,ps)-1)
#else
#define ___VMSTATE_FROM_PSTATE(ps) \
___CAST(___virtual_machine_state,ps)
#endif
#else
#define ___VMSTATE_FROM_PSTATE(ps) ps->vmstate
#endif

#define ___PSTATE ___GET_PSTATE()

#ifdef ___SINGLE_VM
#define ___VMSTATE (&___GSTATE->vmstate0)
#else
#define ___VMSTATE ___VMSTATE_FROM_PSTATE(___PSTATE)
#endif

#ifdef ___BIND_LATE

#define ___NEED_SYM(sym)
#define ___NEED_KEY(key)
#define ___NEED_GLO(glo)

#define ___BEGIN_SYM ___LOCAL ___UTF_8STRING ___sym_names[]={
#define ___DEF_SYM(i,sym,str)str,
#define ___END_SYM 0};

#define ___DEF_MOD_SYM(i,sym,str)

#define ___BEGIN_KEY ___LOCAL ___UTF_8STRING ___key_names[]={
#define ___DEF_KEY(i,key,str)str,
#define ___END_KEY 0};

#define ___DEF_MOD_KEY(i,key,str)

#define ___BEGIN_GLO ___LOCAL ___UTF_8STRING ___glo_names[]={
#define ___DEF_GLO(i,str)str,
#define ___END_GLO 0};

#define ___BEGIN_OLD_KEY
#define ___DEF_OLD_KEY(key)
#define ___END_OLD_KEY

#define ___BEGIN_OLD_SYM_GLO
#define ___DEF_OLD_SYM_GLO(sym,glo)
#define ___END_OLD_SYM_GLO

#define ___BEGIN_NEW_KEY
#define ___DEF_NEW_KEY(prevkey,key,str,hash)
#define ___END_NEW_KEY

#define ___BEGIN_NEW_SYM_GLO
#define ___DEF_NEW_SYM_GLO_SUP(prevsym,sym,str,hash,glo)
#define ___DEF_NEW_SYM_GLO(prevsym,sym,str,hash,glo)
#define ___END_NEW_SYM_GLO(prevsym,prevkey)___LINKFILE_DESCR(0,0)

#define ___DEF_SUB_NSTR(id,n)
#define ___NSTR0
#define ___NSTR1(a)
#define ___NSTR2(a,b)
#define ___NSTR3(a,b,c)
#define ___NSTR4(a,b,c,d)
#define ___NSTR5(a,b,c,d,e)
#define ___NSTR6(a,b,c,d,e,f)
#define ___NSTR7(a,b,c,d,e,f,g)
#define ___NSTR8(a,b,c,d,e,f,g,h)

#else

#define ___NEED_SYM(sym)___IMP_DATA(___symkey_struct,sym);
#define ___NEED_KEY(key)___IMP_DATA(___symkey_struct,key);
#define ___NEED_GLO(glo)___IMP_DATA(___glo_struct,glo);

#ifndef ___IMPORTED_ADR_IS_CONST

#define ___BEGIN_SYM ___LOCAL ___FAKEWORD ___symtbl[___SYMCOUNT];
#define ___DEF_SYM(i,sym,str)
#define ___END_SYM

#define ___DEF_MOD_SYM(i,sym,str)___symtbl[i]=(___FAKEWORD)(sym);

#define ___BEGIN_KEY ___LOCAL ___FAKEWORD ___keytbl[___KEYCOUNT];
#define ___DEF_KEY(i,key,str)
#define ___END_KEY

#define ___DEF_MOD_KEY(i,key,str)___keytbl[i]=(___FAKEWORD)(key);

#else

#define ___BEGIN_SYM ___LOCAL ___FAKEWORD ___symtbl[]={
#define ___DEF_SYM(i,sym,str)(___FAKEWORD)(sym),
#define ___END_SYM 0};

#define ___DEF_MOD_SYM(i,sym,str)

#define ___BEGIN_KEY ___LOCAL ___FAKEWORD ___keytbl[]={
#define ___DEF_KEY(i,key,str)(___FAKEWORD)(key),
#define ___END_KEY 0};

#define ___DEF_MOD_KEY(i,key,str)

#endif

#define ___BEGIN_GLO
#define ___DEF_GLO(i,str)
#define ___END_GLO

#define ___BEGIN_OLD_KEY
#define ___DEF_OLD_KEY(key)
#define ___END_OLD_KEY

#define ___BEGIN_OLD_SYM_GLO
#define ___DEF_OLD_SYM_GLO(sym,glo)
#define ___END_OLD_SYM_GLO

#define ___BEGIN_NEW_KEY
#define ___DEF_NEW_KEY(prevkey,key,str,hash) \
___EXP_DATA(___symkey_struct,key)={(___FAKEWORD)prevkey,(___FAKEWORD)str,0,0,0 ___PADDING};
#define ___END_NEW_KEY

#define ___BEGIN_NEW_SYM_GLO
#define ___DEF_NEW_SYM_GLO_SUP(prevsym,sym,str,hash,glo) \
___EXP_DATA(___glo_struct,glo) = {___UNB2, ___FIX(hash), 0}; \
___EXP_DATA(___symkey_struct,sym)={(___FAKEWORD)prevsym,(___FAKEWORD)str,0,0,(___FAKEWORD)&glo ___PADDING};
#define ___DEF_NEW_SYM_GLO(prevsym,sym,str,hash,glo) \
___EXP_DATA(___glo_struct,glo) = {___UNB1, ___FIX(hash), 0}; \
___EXP_DATA(___symkey_struct,sym)={(___FAKEWORD)prevsym,(___FAKEWORD)str,0,0,(___FAKEWORD)&glo ___PADDING};
#define ___END_NEW_SYM_GLO(prevsym,prevkey)___LINKFILE_DESCR(prevsym,prevkey)

#define ___DEF_SUB_NSTR(id,n) ___DEF_SUB_STR(id,n)
#define ___NSTR0 ___STR0
#define ___NSTR1(a) ___STR1(a)
#define ___NSTR2(a,b) ___STR2(a,b)
#define ___NSTR3(a,b,c) ___STR3(a,b,c)
#define ___NSTR4(a,b,c,d) ___STR4(a,b,c,d)
#define ___NSTR5(a,b,c,d,e) ___STR5(a,b,c,d,e)
#define ___NSTR6(a,b,c,d,e,f) ___STR6(a,b,c,d,e,f)
#define ___NSTR7(a,b,c,d,e,f,g) ___STR7(a,b,c,d,e,f,g)
#define ___NSTR8(a,b,c,d,e,f,g,h) ___STR8(a,b,c,d,e,f,g,h)

#endif

#define ___BEGIN_CNS \
___LOCAL ___WORD ___cnstbl[]={
#define ___DEF_CNS(car,cdr)___MAKE_HD((___PAIR_SIZE<<___LWS),___sPAIR,___PERM),cdr,car
#define ___END_CNS ___PADDING};

#define ___BEGIN_SUB \
___LOCAL ___FAKEWORD ___subtbl[]={
#define ___DEF_SUB(id)___CAST_WORDSTAR_TO_FAKEWORD(id)
#define ___END_SUB };

#define ___DEF_SUB_VEC(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD((n<<___LWS),___sVECTOR,___PERM)

#define ___DEF_SUB_STRUCT(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD((n<<___LWS),___sSTRUCTURE,___PERM)/*****************/

#define ___DEF_SUB_STRUCTURE(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD((n<<___LWS),___sSTRUCTURE,___PERM)

#define ___DEF_SUB_BOX(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD((n<<___LWS),___sBOXVALUES,___PERM)

#define ___DEF_SUB_SYM(id,name,hash) \
___LOCAL ___WORD id[]={___MAKE_HD((___SYMBOL_SIZE<<___LWS),___sSYMBOL,___PERM),name,hash,___FAL,0 ___PADDING};

#define ___DEF_SUB_KEY(id,name,hash) \
___LOCAL ___WORD id[]={___MAKE_HD((___KEYWORD_SIZE<<___LWS),___sKEYWORD,___PERM),name,hash,___FAL ___PADDING};

#define ___DEF_SUB_STR(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD((n<<___LCS),___sSTRING,___PERM)

#define ___DEF_SUB_RAT(id,num,den) \
___LOCAL ___WORD id[]={___MAKE_HD((___RATNUM_SIZE<<___LWS),___sRATNUM,___PERM),num,den ___PADDING};

#define ___DEF_SUB_FLO(id,hi,lo) \
___LOCAL ___WORD id[]={___MAKE_HD((___FLONUM_SIZE<<___LWS),___sFLONUM,___PERM) \
___F64VEC1(hi,lo)___F64VEC0

#define ___DEF_SUB_CPX(id,real,imag) \
___LOCAL ___WORD id[]={___MAKE_HD((___CPXNUM_SIZE<<___LWS),___sCPXNUM,___PERM),real,imag ___PADDING};

#define ___DEF_SUB_S8VEC(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD(n,___sS8VECTOR,___PERM)

#define ___DEF_SUB_U8VEC(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD(n,___sU8VECTOR,___PERM)

#define ___DEF_SUB_S16VEC(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD((n<<1),___sS16VECTOR,___PERM)

#define ___DEF_SUB_U16VEC(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD((n<<1),___sU16VECTOR,___PERM)

#define ___DEF_SUB_S32VEC(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD((n<<2),___sS32VECTOR,___PERM)

#define ___DEF_SUB_U32VEC(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD((n<<2),___sU32VECTOR,___PERM)

#define ___DEF_SUB_S64VEC(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD((n<<3),___sS64VECTOR,___PERM)

#define ___DEF_SUB_U64VEC(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD((n<<3),___sU64VECTOR,___PERM)

#define ___DEF_SUB_F32VEC(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD((n<<2),___sF32VECTOR,___PERM)

#define ___DEF_SUB_F64VEC(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD((n<<3),___sF64VECTOR,___PERM)

#if ___WORD_WIDTH == 32

#ifdef ___BIG_ENDIAN

#define ___P4U8(a,b,c,d)((((((___UWORD)___CAST_U8(a)<<8)+(___UWORD)___CAST_U8(b))<<8)+(___UWORD)___CAST_U8(c))<<8)+(___WORD)___CAST_U8(d)

#define ___P2U16(a,b)((___UWORD)___CAST_U16(a)<<16)+(___WORD)___CAST_U16(b)

#define ___P1U32(a)a

#define ___P1U64(hi,lo)hi,lo

#else

#define ___P4U8(d,c,b,a)((((((___UWORD)___CAST_U8(a)<<8)+(___UWORD)___CAST_U8(b))<<8)+(___UWORD)___CAST_U8(c))<<8)+(___WORD)___CAST_U8(d)

#define ___P2U16(b,a)((___UWORD)___CAST_U16(a)<<16)+(___WORD)___CAST_U16(b)

#define ___P1U32(a)a

#define ___P1U64(hi,lo)lo,hi

#endif

#define ___S8VEC0 ___PADDING};
#define ___S8VEC1(a),___P4U8(a,0,0,0) ___PADDING};
#define ___S8VEC2(a,b),___P4U8(a,b,0,0) ___PADDING};
#define ___S8VEC3(a,b,c),___P4U8(a,b,c,0) ___PADDING};
#define ___S8VEC4(a,b,c,d),___P4U8(a,b,c,d) ___PADDING};
#define ___S8VEC5(a,b,c,d,e),___P4U8(a,b,c,d),___P4U8(e,0,0,0) ___PADDING};
#define ___S8VEC6(a,b,c,d,e,f),___P4U8(a,b,c,d),___P4U8(e,f,0,0) ___PADDING};
#define ___S8VEC7(a,b,c,d,e,f,g),___P4U8(a,b,c,d),___P4U8(e,f,g,0) ___PADDING};
#define ___S8VEC8(a,b,c,d,e,f,g,h),___P4U8(a,b,c,d),___P4U8(e,f,g,h)

#define ___U8VEC0 ___PADDING};
#define ___U8VEC1(a),___P4U8(a,0,0,0) ___PADDING};
#define ___U8VEC2(a,b),___P4U8(a,b,0,0) ___PADDING};
#define ___U8VEC3(a,b,c),___P4U8(a,b,c,0) ___PADDING};
#define ___U8VEC4(a,b,c,d),___P4U8(a,b,c,d) ___PADDING};
#define ___U8VEC5(a,b,c,d,e),___P4U8(a,b,c,d),___P4U8(e,0,0,0) ___PADDING};
#define ___U8VEC6(a,b,c,d,e,f),___P4U8(a,b,c,d),___P4U8(e,f,0,0) ___PADDING};
#define ___U8VEC7(a,b,c,d,e,f,g),___P4U8(a,b,c,d),___P4U8(e,f,g,0) ___PADDING};
#define ___U8VEC8(a,b,c,d,e,f,g,h),___P4U8(a,b,c,d),___P4U8(e,f,g,h)

#define ___S16VEC0 ___PADDING};
#define ___S16VEC1(a),___P2U16(a,0) ___PADDING};
#define ___S16VEC2(a,b),___P2U16(a,b) ___PADDING};
#define ___S16VEC3(a,b,c),___P2U16(a,b),___P2U16(c,0) ___PADDING};
#define ___S16VEC4(a,b,c,d),___P2U16(a,b),___P2U16(c,d)

#define ___U16VEC0 ___PADDING};
#define ___U16VEC1(a),___P2U16(a,0) ___PADDING};
#define ___U16VEC2(a,b),___P2U16(a,b) ___PADDING};
#define ___U16VEC3(a,b,c),___P2U16(a,b),___P2U16(c,0) ___PADDING};
#define ___U16VEC4(a,b,c,d),___P2U16(a,b),___P2U16(c,d)

#define ___S32VEC0 ___PADDING};
#define ___S32VEC1(a),___P1U32(a) ___PADDING};
#define ___S32VEC2(a,b),___P1U32(a),___P1U32(b)

#define ___U32VEC0 ___PADDING};
#define ___U32VEC1(a),___P1U32(a) ___PADDING};
#define ___U32VEC2(a,b),___P1U32(a),___P1U32(b)

#else

#ifdef ___BIG_ENDIAN

#define ___P8U8(a,b,c,d,e,f,g,h)___CAST(___WORD,(((((((((((((___CAST(___UWORD,___CAST_U8(a))<<8)+___CAST(___UWORD,___CAST_U8(b)))<<8)+___CAST(___UWORD,___CAST_U8(c)))<<8)+___CAST(___UWORD,___CAST_U8(d)))<<8)+___CAST(___UWORD,___CAST_U8(e)))<<8)+___CAST(___UWORD,___CAST_U8(f)))<<8)+___CAST(___UWORD,___CAST_U8(g)))<<8)+___CAST(___UWORD,___CAST_U8(h)))

#define ___P4U16(a,b,c,d)___CAST(___WORD,(((((___CAST(___UWORD,___CAST_U16(a))<<16)+___CAST(___UWORD,___CAST_U16(b)))<<16)+___CAST(___UWORD,___CAST_U16(c)))<<16)+___CAST(___UWORD,___CAST_U16(d)))

#define ___P2U32(a,b)___CAST(___WORD,(___CAST(___UWORD,___CAST_U32(a))<<32)+___CAST(___UWORD,___CAST_U32(b)))

#else

#define ___P8U8(h,g,f,e,d,c,b,a)___CAST(___WORD,(((((((((((((___CAST(___UWORD,___CAST_U8(a))<<8)+___CAST(___UWORD,___CAST_U8(b)))<<8)+___CAST(___UWORD,___CAST_U8(c)))<<8)+___CAST(___UWORD,___CAST_U8(d)))<<8)+___CAST(___UWORD,___CAST_U8(e)))<<8)+___CAST(___UWORD,___CAST_U8(f)))<<8)+___CAST(___UWORD,___CAST_U8(g)))<<8)+___CAST(___UWORD,___CAST_U8(h)))

#define ___P4U16(d,c,b,a)___CAST(___WORD,(((((___CAST(___UWORD,___CAST_U16(a))<<16)+___CAST(___UWORD,___CAST_U16(b)))<<16)+___CAST(___UWORD,___CAST_U16(c)))<<16)+___CAST(___UWORD,___CAST_U16(d)))

#define ___P2U32(b,a)___CAST(___WORD,(___CAST(___UWORD,___CAST_U32(a))<<32)+___CAST(___UWORD,___CAST_U32(b)))

#endif

#define ___P1U64(hi,lo)___CAST(___WORD,(___CAST(___UWORD,hi)<<32)+___CAST(___UWORD,___CAST_U32(lo)))

#define ___S8VEC0 ___PADDING};
#define ___S8VEC1(a),___P8U8(a,0,0,0,0,0,0,0) ___PADDING};
#define ___S8VEC2(a,b),___P8U8(a,b,0,0,0,0,0,0) ___PADDING};
#define ___S8VEC3(a,b,c),___P8U8(a,b,c,0,0,0,0,0) ___PADDING};
#define ___S8VEC4(a,b,c,d),___P8U8(a,b,c,d,0,0,0,0) ___PADDING};
#define ___S8VEC5(a,b,c,d,e),___P8U8(a,b,c,d,e,0,0,0) ___PADDING};
#define ___S8VEC6(a,b,c,d,e,f),___P8U8(a,b,c,d,e,f,0,0) ___PADDING};
#define ___S8VEC7(a,b,c,d,e,f,g),___P8U8(a,b,c,d,e,f,g,0) ___PADDING};
#define ___S8VEC8(a,b,c,d,e,f,g,h),___P8U8(a,b,c,d,e,f,g,h)

#define ___U8VEC0 ___PADDING};
#define ___U8VEC1(a),___P8U8(a,0,0,0,0,0,0,0) ___PADDING};
#define ___U8VEC2(a,b),___P8U8(a,b,0,0,0,0,0,0) ___PADDING};
#define ___U8VEC3(a,b,c),___P8U8(a,b,c,0,0,0,0,0) ___PADDING};
#define ___U8VEC4(a,b,c,d),___P8U8(a,b,c,d,0,0,0,0) ___PADDING};
#define ___U8VEC5(a,b,c,d,e),___P8U8(a,b,c,d,e,0,0,0) ___PADDING};
#define ___U8VEC6(a,b,c,d,e,f),___P8U8(a,b,c,d,e,f,0,0) ___PADDING};
#define ___U8VEC7(a,b,c,d,e,f,g),___P8U8(a,b,c,d,e,f,g,0) ___PADDING};
#define ___U8VEC8(a,b,c,d,e,f,g,h),___P8U8(a,b,c,d,e,f,g,h)

#define ___S16VEC0 ___PADDING};
#define ___S16VEC1(a),___P4U16(a,0,0,0) ___PADDING};
#define ___S16VEC2(a,b),___P4U16(a,b,0,0) ___PADDING};
#define ___S16VEC3(a,b,c),___P4U16(a,b,c,0) ___PADDING};
#define ___S16VEC4(a,b,c,d),___P4U16(a,b,c,d)

#define ___U16VEC0 ___PADDING};
#define ___U16VEC1(a),___P4U16(a,0,0,0) ___PADDING};
#define ___U16VEC2(a,b),___P4U16(a,b,0,0) ___PADDING};
#define ___U16VEC3(a,b,c),___P4U16(a,b,c,0) ___PADDING};
#define ___U16VEC4(a,b,c,d),___P4U16(a,b,c,d)

#define ___S32VEC0 ___PADDING};
#define ___S32VEC1(a),___P2U32(a,0) ___PADDING};
#define ___S32VEC2(a,b),___P2U32(a,b)

#define ___U32VEC0 ___PADDING};
#define ___U32VEC1(a),___P2U32(a,0) ___PADDING};
#define ___U32VEC2(a,b),___P2U32(a,b)

#endif

#define ___S64VEC0 ___PADDING_64};
#define ___S64VEC1(hi,lo),___P1U64(hi,lo)

#define ___U64VEC0 ___PADDING_64};
#define ___U64VEC1(hi,lo),___P1U64(hi,lo)

#define ___STR0 ___CS_SELECT( \
___U8VEC0, \
___U16VEC0, \
___U32VEC0)

#define ___STR1(a)___CS_SELECT( \
___U8VEC1(a), \
___U16VEC1(a), \
___U32VEC1(a))

#define ___STR2(a,b)___CS_SELECT( \
___U8VEC2(a,b), \
___U16VEC2(a,b), \
___U32VEC2(a,b)___U32VEC0)

#define ___STR3(a,b,c)___CS_SELECT( \
___U8VEC3(a,b,c), \
___U16VEC3(a,b,c), \
___U32VEC2(a,b)___U32VEC1(c))

#define ___STR4(a,b,c,d)___CS_SELECT( \
___U8VEC4(a,b,c,d), \
___U16VEC4(a,b,c,d)___U16VEC0, \
___U32VEC2(a,b)___U32VEC2(c,d)___U32VEC0)

#define ___STR5(a,b,c,d,e)___CS_SELECT( \
___U8VEC5(a,b,c,d,e), \
___U16VEC4(a,b,c,d)___U16VEC1(e), \
___U32VEC2(a,b)___U32VEC2(c,d)___U32VEC1(e))

#define ___STR6(a,b,c,d,e,f)___CS_SELECT( \
___U8VEC6(a,b,c,d,e,f), \
___U16VEC4(a,b,c,d)___U16VEC2(e,f), \
___U32VEC2(a,b)___U32VEC2(c,d)___U32VEC2(e,f)___U32VEC0)

#define ___STR7(a,b,c,d,e,f,g)___CS_SELECT( \
___U8VEC7(a,b,c,d,e,f,g), \
___U16VEC4(a,b,c,d)___U16VEC3(e,f,g), \
___U32VEC2(a,b)___U32VEC2(c,d)___U32VEC2(e,f)___U32VEC1(g))

#define ___STR8(a,b,c,d,e,f,g,h)___CS_SELECT( \
___U8VEC8(a,b,c,d,e,f,g,h), \
___U16VEC4(a,b,c,d)___U16VEC4(e,f,g,h), \
___U32VEC2(a,b)___U32VEC2(c,d)___U32VEC2(e,f)___U32VEC2(g,h))

#if ___BIG_ABASE_WIDTH == 32

#define ___DEF_SUB_BIG(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD((n<<2),___sBIGNUM,___PERM)

#define ___BIG0 ___U32VEC0
#define ___BIG1(a)___U32VEC1(a)
#define ___BIG2(a,b)___U32VEC2(a,b)

#else

#define ___DEF_SUB_BIG(id,n) \
___LOCAL ___WORD id[]={___MAKE_HD((((n+1)>>1)<<3),___sBIGNUM,___PERM)

#define ___BIG0 ___U64VEC0
#define ___BIG1(a)___BIG2(a,(___WORD)((a) & -0x80000000)?-1:0)___U64VEC0
#define ___BIG2(a,b)___U64VEC1(b,a)

#endif

#define ___DEF_SUB_BIGFIX(id,n)___DEF_SUB_BIG(id,n)

#define ___BIGFIX0 ___BIG0
#define ___BIGFIX1(a)___BIG1(a)
#define ___BIGFIX2(a,b)___BIG2(a,b)

#define ___F32VEC0 ___U32VEC0
#define ___F32VEC1(a)___U32VEC1(a)
#define ___F32VEC2(a,b)___U32VEC2(a,b)

#define ___F64VEC0 ___U64VEC0
#ifdef ___CRAY_FP_FORMAT
#define ___F64VEC1(hi,lo)___U64VEC1( \
((hi&0x7ff00000==0)?hi: \
((hi&0x80000000)+((hi>>4)&0x7ff0000)+0x3c028000+((hi>>5)&0x7fff))), \
((hi&0x7ff00000==0)?0: \
(((hi<<27)&0xf8000000)|((lo>>5)&0x7ffffff))))
#else
#define ___F64VEC1(hi,lo)___U64VEC1(hi,lo)
#endif

#define ___VEC0 ___PADDING};
#define ___VEC1(a),a

/* Continuation frame structures. */

#define ___IFD_FS_WIDTH 5
#define ___OFD_FS_WIDTH 14
#define ___KIND_WIDTH 2

#define ___RETN 1
#define ___RETI 2
#define ___RETT 3

#define ___CEILING_DIV(n,m)(((n)+(m)-1)/(m))
#define ___ROUND_TO_MULT(n,m)(___CEILING_DIV(n,m)*(m))
#define ___BREAK_FRAME_NEXT 1
#define ___BREAK_FRAME_SPACE ___ROUND_TO_MULT(1,___FRAME_ALIGN)
#define ___FIRST_BREAK_FRAME_STACK_MSECTION 2
#define ___FIRST_BREAK_FRAME_STACK_BREAK    3
#define ___FIRST_BREAK_FRAME_SPACE ___ROUND_TO_MULT(3,___FRAME_ALIGN)

#define ___FRAME_SPACE(n)___ROUND_TO_MULT((n)+___FRAME_RESERVE,___FRAME_ALIGN)
#define ___FRAME_RESERVE 3
#define ___FRAME_ALIGN 4

#ifdef ___OFDCOUNT
#define ___OFDTBL ___ofdtbl,sizeof(___ofdtbl)/sizeof(___WORD)
#else
#define ___OFDCOUNT 0
#define ___OFDTBL 0,0
#endif

#define ___BEGIN_OFD \
___LOCAL ___WORD ___ofdtbl[]={
#define ___END_OFD ___PADDING};

#define ___DEF_OFD(kind,fs,link)(link<<16)+(fs<<___KIND_WIDTH)+kind
#define ___OFD_KIND(x)((x)&((1<<___KIND_WIDTH)-1))
#define ___OFD_FS(x)(((x)>>___KIND_WIDTH)&((1<<___OFD_FS_WIDTH)-1))
#define ___OFD_LINK(x)(((x)>>(___OFD_FS_WIDTH+___KIND_WIDTH))&((1<<___OFD_FS_WIDTH)-1))

#define ___GCMAP0
#define ___GCMAP1(a),a
#if ___WORD_WIDTH == 32
#define ___GCMAP2(a,b),a,b
#else
#define ___GCMAP2(a,b),___CAST(___WORD,(___CAST(___UWORD,b)<<32)+___CAST(___UWORD,___CAST_U32(a)))
#endif

#define ___IFD(kind,fs,link,gcmap)(gcmap<<(2*___IFD_FS_WIDTH+___KIND_WIDTH))+(link<<(___IFD_FS_WIDTH+___KIND_WIDTH))+(fs<<___KIND_WIDTH)+kind
#define ___OFD(kind,fs,link,gcmap)___IFD(kind,0,0,0)
#define ___IS_IFD(x)((x)&((1<<___KIND_WIDTH)-1))

#define ___IFD_KIND(x)((x)&((1<<___KIND_WIDTH)-1))
#define ___IFD_FS(x)(((x)>>___KIND_WIDTH)&((1<<___IFD_FS_WIDTH)-1))
#define ___IFD_LINK(x)(((x)>>(___IFD_FS_WIDTH+___KIND_WIDTH))&((1<<___IFD_FS_WIDTH)-1))
#define ___IFD_GCMAP(x)(((x)>>(2*___IFD_FS_WIDTH+___KIND_WIDTH))&((1<<(32-(2*___IFD_FS_WIDTH+___KIND_WIDTH)))-1))

#define ___RETI_CFS_TO_FS(fs) \
___ROUND_TO_MULT(fs,___FRAME_ALIGN)+___FRAME_SPACE(___NB_GVM_REGS+1)-___FRAME_RESERVE

#define ___RETI_GET_CFS(ra,fs) \
{ ___WORD descr = ___LABEL_DESCR_GET(ra); \
if (___IS_IFD(descr)) \
fs = ___IFD_FS(descr); \
else \
fs = ___OFD_FS(*(___WORD*)descr); }

#define ___RETI_GET_FS(ra,fs) \
{ ___WORD descr = ___LABEL_DESCR_GET(ra); \
if (___IS_IFD(descr)) \
fs = ___RETI_CFS_TO_FS(___IFD_FS(descr)); \
else \
fs = ___RETI_CFS_TO_FS(___OFD_FS(*(___WORD*)descr)); }

#define ___RETN_GET_FS(ra,fs) \
{ ___WORD descr = ___LABEL_DESCR_GET(ra); \
if (___IS_IFD(descr)) \
fs = ___IFD_FS(descr); \
else \
fs = ___OFD_FS(*(___WORD*)descr); }

#define ___RETI_GET_FS_LINK(ra,fs,link) \
{ ___WORD descr = ___LABEL_DESCR_GET(ra); \
if (___IS_IFD(descr)) \
{ fs = ___RETI_CFS_TO_FS(___IFD_FS(descr)); link = ___IFD_LINK(descr); } \
else \
{ descr = *(___WORD*)descr; \
fs = ___RETI_CFS_TO_FS(___OFD_FS(descr)); link = ___OFD_LINK(descr); } }

#define ___RETN_GET_FS_LINK(ra,fs,link) \
{ ___WORD descr = ___LABEL_DESCR_GET(ra); \
if (___IS_IFD(descr)) \
{ fs = ___IFD_FS(descr); link = ___IFD_LINK(descr); } \
else \
{ descr = *(___WORD*)descr; \
fs = ___OFD_FS(descr); link = ___OFD_LINK(descr); } }

#define ___RETI_GET_FS_LINK_GCMAP(ra,fs,link,firstgcmap,nextgcmap) \
{ ___WORD descr = ___LABEL_DESCR_GET(ra); \
if (___IS_IFD(descr)) \
{ fs = ___RETI_CFS_TO_FS(___IFD_FS(descr)); link = ___IFD_LINK(descr); \
firstgcmap = ___IFD_GCMAP(descr); } \
else \
{ nextgcmap = (___WORD*)descr; descr = *nextgcmap++; firstgcmap = *nextgcmap++; \
fs = ___RETI_CFS_TO_FS(___OFD_FS(descr)); link = ___OFD_LINK(descr); } }

#define ___RETN_GET_FS_LINK_GCMAP(ra,fs,link,firstgcmap,nextgcmap) \
{ ___WORD descr = ___LABEL_DESCR_GET(ra); \
if (___IS_IFD(descr)) \
{ firstgcmap = ___IFD_GCMAP(descr); \
fs = ___IFD_FS(descr); link = ___IFD_LINK(descr); } \
else \
{ nextgcmap = (___WORD*)descr; descr = *nextgcmap++; firstgcmap = *nextgcmap++; \
fs = ___OFD_FS(descr); link = ___OFD_LINK(descr); } }

/* Procedure descriptor structures. */

#define ___NBPARMS_WIDTH 12

#define ___PRD(nbparms,nbclosed) \
___MAKE_HD(((nbclosed+1)<<___NBPARMS_WIDTH)+nbparms,___sPROCEDURE,___PERM)
#define ___PRD_NBPARMS(x)(((x)>>(___SB+___HTB))&((1<<___NBPARMS_WIDTH)-1))
#define ___PRD_NBCLOSED(x)((((x)>>(___SB+___HTB+___NBPARMS_WIDTH))&((1<<___NBPARMS_WIDTH)-1))-1)

#ifdef ___GLOCOUNT
#ifdef ___BIND_LATE
#define ___GLODECL ___LOCAL ___FAKEWORD ___glotbl[___GLOCOUNT];
#define ___GLOTBL ___glotbl,___GLOCOUNT,___SUPCOUNT,___glo_names
#else
#define ___GLODECL
#define ___GLOTBL 0,0,0,0
#endif
#else
#define ___GLOCOUNT 0
#define ___GLODECL
#define ___GLOTBL 0,0,0,0
#endif

#ifdef ___SYMCOUNT
#ifdef ___BIND_LATE
#define ___SYMDECL ___LOCAL ___FAKEWORD ___symtbl[___SYMCOUNT];
#define ___SYMTBL ___symtbl,___SYMCOUNT,___sym_names
#else
#define ___SYMDECL
#define ___SYMTBL ___symtbl,___SYMCOUNT,0
#endif
#else
#define ___SYMCOUNT 0
#define ___SYMDECL
#define ___SYMTBL 0,0,0
#endif

#ifdef ___KEYCOUNT
#ifdef ___BIND_LATE
#define ___KEYDECL ___LOCAL ___FAKEWORD ___keytbl[___KEYCOUNT];
#define ___KEYTBL ___keytbl,___KEYCOUNT,___key_names
#else
#define ___KEYDECL
#define ___KEYTBL ___keytbl,___KEYCOUNT,0
#endif
#else
#define ___KEYCOUNT 0
#define ___KEYDECL
#define ___KEYTBL 0,0,0
#endif

#ifdef ___LBLCOUNT
#define ___LBLTBL &___lp,___lbltbl,___LBLCOUNT
#else
#define ___LBLCOUNT 0
#define ___LBLTBL 0,0,0
#endif

#ifdef ___CNSCOUNT
#define ___CNSTBL ___cnstbl,___CNSCOUNT
#else
#define ___CNSCOUNT 0
#define ___CNSTBL 0,0
#endif

#ifdef ___SUBCOUNT
#define ___SUBTBL ___subtbl,___SUBCOUNT
#else
#define ___SUBCOUNT 0
#define ___SUBTBL 0,0
#endif

#define ___BEGIN_MOD_PRM ___LOCAL ___WORD ___setup_mod ___PVOID {
#define ___DEF_MOD_PRM(i,glo,n)___PRM(i,glo)=___MLBL(n);
#define ___END_MOD_PRM return ___FIX(___NO_ERR); }

#define ___BEGIN_MOD_C_INIT ___LOCAL ___WORD ___init_mod \
   ___P((___PSDNC), \
        (___PSVNC) \
___PSDKR) { ___PSGET
#define ___END_MOD_C_INIT

#define ___BEGIN_MOD_GLO
#define ___DEF_MOD_GLO(i,glo,n)___GLO(i,glo)=___MLBL(n);
#define ___END_MOD_GLO return ___FIX(___NO_ERR); }

#define ___MODULE_DESCR_SUPPLY_MODS   0
#define ___MODULE_DESCR_DEMAND_MODS   1
#define ___MODULE_DESCR_META_INFO     2
#define ___MODULE_DESCR_FLAGS         3
#define ___MODULE_DESCR_THUNK         4
#define ___MODULE_DESCR_MODULE_STRUCT 5

#define ___BEGIN_MOD_SYM_KEY ___LOCAL ___module_struct ___module_descr = { \
  ___VERSION, \
  ___MODULE_KIND, \
  sizeof(___module_struct), \
  sizeof(___global_state_struct), \
  sizeof(___virtual_machine_state_struct), \
  sizeof(___processor_state_struct), \
  ___MODULE_NAME, \
  ___MODULE_FLAGS, \
  ___GLOTBL, \
  ___SYMTBL, \
  ___KEYTBL, \
  ___LBLTBL, \
  ___OFDTBL, \
  ___CNSTBL, \
  ___SUBTBL, \
  ___setup_mod, \
  ___init_mod, \
  ___SCRIPT_LINE, \
  0,\
  ___MODDESCR \
}; \
___BEGIN_C_LINKAGE \
___EXP_FUNC(___mod_or_lnk,___LINKER_ID) \
   ___P((___global_state ___gs), \
        (___gs) \
___global_state ___gs;) \
{ \
  ___SET_LOCAL_GSTATE(___gs)
#define ___END_MOD_SYM_KEY \
  return (___mod_or_lnk)&___module_descr; \
} \
___END_C_LINKAGE

#ifdef ___LIBRARY

#define ___MAIN_PROC

#else

#ifdef ___OS_WIN32
#ifdef _WINDOWS

#define ___MAIN_PROC \
___IMP_FUNC(int,___winmain) \
  ___P((HINSTANCE hInstance, \
        HINSTANCE hPrevInstance, \
        LPSTR lpCmdLine, \
        int nCmdShow, \
        ___mod_or_lnk (*linker)(___global_state), \
        char *script_line), \
       ()); \
int WINAPI WinMain ___P((HINSTANCE hInstance, \
                         HINSTANCE hPrevInstance, \
                         LPSTR lpCmdLine, \
                         int nCmdShow), \
                        (hInstance, \
                         hPrevInstance, \
                         lpCmdLine, \
                         nCmdShow) \
HINSTANCE hInstance; \
HINSTANCE hPrevInstance; \
LPSTR lpCmdLine; \
int nCmdShow;) \
{ \
  return ___winmain \
           (hInstance, \
            hPrevInstance, \
            lpCmdLine, \
            nCmdShow, \
            ___LINKER_ID, \
            ___SCRIPT_LINE); \
}

#endif
#endif

#ifndef ___MAIN_PROC
#ifdef _UNICODE

#define ___MAIN_PROC \
___IMP_FUNC(int,___main_UCS_2) \
  ___P((int argc, \
        ___UCS_2STRING argv[], \
        ___mod_or_lnk (*linker)(___global_state), \
        char *script_line), \
       ()); \
int wmain ___P((int argc, \
                wchar_t *argv[]), \
               (argc, \
                argv) \
int argc; \
wchar_t *argv[];) \
{ \
  return ___main_UCS_2 \
           (argc, \
            argv, \
            ___LINKER_ID, \
            ___SCRIPT_LINE); \
}

#else

#define ___MAIN_PROC \
___IMP_FUNC(int,___main_char) \
  ___P((int argc, \
        char *argv[], \
        ___mod_or_lnk (*linker)(___global_state), \
        char *script_line), \
       ()); \
int main ___P((int argc, \
               char *argv[]), \
              (argc, \
               argv) \
int argc; \
char *argv[];) \
{ \
  return ___main_char \
           (argc, \
            argv, \
            ___LINKER_ID, \
            ___SCRIPT_LINE); \
}

#endif
#endif

#endif

#define ___LINKFILE_DESCR(sym_list,key_list) \
___LOCAL ___linkfile_struct ___linkfile_descr = { \
  ___VERSION, \
  ___LINKFILE_KIND, \
  ___LINKFILE_NAME, \
  sym_list, \
  key_list, \
  ___linkertbl, \
}; \
___BEGIN_C_LINKAGE \
___EXP_FUNC(___mod_or_lnk,___LINKER_ID) \
   ___P((___global_state ___gs), \
        (___gs) \
___global_state ___gs;) \
{ \
  ___SET_LOCAL_GSTATE(___gs) \
  return (___mod_or_lnk)&___linkfile_descr; \
} \
___END_C_LINKAGE \
___MAIN_PROC

#define ___BEGIN_OLD_LNK
#define ___DEF_OLD_LNK(id)___BEGIN_C_LINKAGE ___IMP_FUNC(___mod_or_lnk,id) \
___P((___global_state ___gs),()); ___END_C_LINKAGE
#define ___END_OLD_LNK

#define ___BEGIN_NEW_LNK
#define ___DEF_NEW_LNK(id)___BEGIN_C_LINKAGE ___mod_or_lnk id \
___P((___global_state ___gs),()); ___END_C_LINKAGE
#define ___END_NEW_LNK

#define ___BEGIN_LNK ___LOCAL ___linkinfo ___linkertbl[]={
#define ___DEF_LNK(id){ ___CAST(___mod_or_lnk,id), ___FIX(1) }
#define ___DEF_LNK_NOPRELOAD(id){ ___CAST(___mod_or_lnk,id), ___FIX(0) }
#define ___END_LNK , { 0, ___FIX(0) }};

/*---------------------------------------------------------------------------*/

/*
 * ___ERR_CODE is a type which represents the union of error codes
 * from various subsystems.  Currently 6 types of error codes are
 * supported: Windows HRESULT, MACOS errors, ANSI-C errno, netdb
 * h_errno, getaddrinfo error codes, and system specific error codes.
 * A Windows HRESULT error code is a 32 bit signed integer value
 * composed of (starting with the low bits) a 16 bit status code, a 11
 * bit facility code, a 4 bit reserved facility code and a 1 bit
 * severity code (negative means error).  It seems that only the 4
 * lower bits of the facility code are really used, the remaining 7
 * bits are zero.  This allows us to compact this 32 bit integer value
 * to a 30 bit integer value (which fits in a fixnum) by dropping the
 * top 2 bits of the facility code.  Of the 512 possible facility
 * codes, the codes 448 to 511 are assigned to Gambit specific error
 * codes, the codes 384 to 447 are assigned to MACOS errors, the codes
 * 320 to 382 are assigned to ANSI-C errno error codes, the code 319
 * is assigned to netdb h_errno error codes, and the code 318 is
 * assigned to getaddrinfo error codes.  The ``no error'' error code
 * of each subsystem is always mapped to ___NO_ERR which is equal to
 * 0, all other error codes are thus negative values.
 */

#define ___ERR_CODE int

#define ___ERR_CODE_FACILITY_SYSTEM   448
#define ___ERR_CODE_FACILITY_MACOS    384
#define ___ERR_CODE_FACILITY_ERRNO    320
#define ___ERR_CODE_FACILITY_H_ERRNO  319
#define ___ERR_CODE_FACILITY_GAI_CODE 318
#define ___ERR_CODE_FACILITY_TLS      317

#define ___ERR_CODE_BUILD(facility,code) \
(~___MASK(___ERR_CODE,29)+(___CAST(___ERR_CODE,facility)<<16)+(code))

#define ___ERR_CODE_FACILITY(err)(((err)>>16)&___MASK(___ERR_CODE,9))

#define ___HRESULT_ERR(hresult) \
(((hresult)&___MASK(___ERR_CODE,25)) | \
(((hresult)&~___MASK(___ERR_CODE,27))>>2))

#define ___HRESULT_FROM_ERR_CODE(err) \
(((err)&___MASK(___ERR_CODE,25)) | \
(((err)&~___MASK(unsigned ___ERR_CODE,25))<<2))

#define ___WIN32_ERR(win32err) \
___HRESULT_ERR(HRESULT_FROM_WIN32(win32err))

#define ___WIN32_FROM_ERR_CODE(err) \
HRESULT_CODE(___HRESULT_FROM_ERR_CODE(err))

#define ___MACOS_ERR(oserr) \
((oserr)==0?___NO_ERR:___ERR_CODE_BUILD(___ERR_CODE_FACILITY_MACOS,oserr))

#define ___MACOS_FROM_ERR_CODE(err) \
((err)==___NO_ERR?0:((err)-___ERR_CODE_BUILD(___ERR_CODE_FACILITY_MACOS,0)))

#define ___ERRNO_ERR(errno) \
((errno)==0?___NO_ERR:___ERR_CODE_BUILD(___ERR_CODE_FACILITY_ERRNO,errno))

#define ___ERRNO_FROM_ERR_CODE(err) \
((err)==___NO_ERR?0:((err)-___ERR_CODE_BUILD(___ERR_CODE_FACILITY_ERRNO,0)))

#define ___H_ERRNO_ERR(h_errno) \
((h_errno)==0?___NO_ERR:___ERR_CODE_BUILD(___ERR_CODE_FACILITY_H_ERRNO,(h_errno)))

#define ___H_ERRNO_FROM_ERR_CODE(err) \
((err)==___NO_ERR?0:((err)-___ERR_CODE_BUILD(___ERR_CODE_FACILITY_H_ERRNO,0)))

#define ___GAI_CODE_ERR(gai_code) \
((gai_code)==0?___NO_ERR:___ERR_CODE_BUILD(___ERR_CODE_FACILITY_GAI_CODE,(gai_code)))

#define ___GAI_CODE_FROM_ERR_CODE(err) \
((err)==___NO_ERR?0:((err)-___ERR_CODE_BUILD(___ERR_CODE_FACILITY_GAI_CODE,0)))

#define ___ERR_BASE ___ERR_CODE_BUILD(___ERR_CODE_FACILITY_SYSTEM,0)

#define ___NO_ERR                               0
#define ___UNWIND_C_STACK                       (___ERR_BASE+0)
#define ___SFUN_HEAP_OVERFLOW_ERR               (___ERR_BASE+1)
#define ___IMPL_LIMIT_ERR                       (___ERR_BASE+2)
#define ___UNKNOWN_ERR                          (___ERR_BASE+3)
#define ___UNIMPL_ERR                           (___ERR_BASE+4)
#define ___HEAP_OVERFLOW_ERR                    (___ERR_BASE+5)
#define ___CLOSED_DEVICE_ERR                    (___ERR_BASE+6)
#define ___INVALID_OP_ERR                       (___ERR_BASE+7)
#define ___MODULE_VERSION_TOO_OLD_ERR           (___ERR_BASE+8)
#define ___MODULE_VERSION_TOO_NEW_ERR           (___ERR_BASE+9)
#define ___MODULE_INCOMPATIBILITY_ERR           (___ERR_BASE+10)
#define ___MODULE_ALREADY_LOADED_ERR            (___ERR_BASE+11)
#define ___DYNAMIC_LOADING_NOT_AVAILABLE_ERR    (___ERR_BASE+12)
#define ___DYNAMIC_LOADING_LOOKUP_ERR           (___ERR_BASE+13)
#define ___KILL_PUMP                            (___ERR_BASE+14)
#define ___SELECT_SETUP_DONE                    (___ERR_BASE+15)
#define ___STOC_BASE ___STOC_S8_ERR
#define ___STOC_S8_ERR                          (___ERR_BASE+(1<<7))
#define ___STOC_U8_ERR                          (___ERR_BASE+(2<<7))
#define ___STOC_S16_ERR                         (___ERR_BASE+(3<<7))
#define ___STOC_U16_ERR                         (___ERR_BASE+(4<<7))
#define ___STOC_S32_ERR                         (___ERR_BASE+(5<<7))
#define ___STOC_U32_ERR                         (___ERR_BASE+(6<<7))
#define ___STOC_S64_ERR                         (___ERR_BASE+(7<<7))
#define ___STOC_U64_ERR                         (___ERR_BASE+(8<<7))
#define ___STOC_F32_ERR                         (___ERR_BASE+(9<<7))
#define ___STOC_F64_ERR                         (___ERR_BASE+(10<<7))
#define ___STOC_CHAR_ERR                        (___ERR_BASE+(11<<7))
#define ___STOC_SCHAR_ERR                       (___ERR_BASE+(12<<7))
#define ___STOC_UCHAR_ERR                       (___ERR_BASE+(13<<7))
#define ___STOC_ISO_8859_1_ERR                  (___ERR_BASE+(14<<7))
#define ___STOC_UCS_2_ERR                       (___ERR_BASE+(15<<7))
#define ___STOC_UCS_4_ERR                       (___ERR_BASE+(16<<7))
#define ___STOC_WCHAR_ERR                       (___ERR_BASE+(17<<7))
#define ___STOC_SIZE_T_ERR                      (___ERR_BASE+(18<<7))
#define ___STOC_SSIZE_T_ERR                     (___ERR_BASE+(19<<7))
#define ___STOC_PTRDIFF_T_ERR                   (___ERR_BASE+(20<<7))
#define ___STOC_SHORT_ERR                       (___ERR_BASE+(21<<7))
#define ___STOC_USHORT_ERR                      (___ERR_BASE+(22<<7))
#define ___STOC_INT_ERR                         (___ERR_BASE+(23<<7))
#define ___STOC_UINT_ERR                        (___ERR_BASE+(24<<7))
#define ___STOC_LONG_ERR                        (___ERR_BASE+(25<<7))
#define ___STOC_ULONG_ERR                       (___ERR_BASE+(26<<7))
#define ___STOC_LONGLONG_ERR                    (___ERR_BASE+(27<<7))
#define ___STOC_ULONGLONG_ERR                   (___ERR_BASE+(28<<7))
#define ___STOC_FLOAT_ERR                       (___ERR_BASE+(29<<7))
#define ___STOC_DOUBLE_ERR                      (___ERR_BASE+(30<<7))
#define ___STOC_STRUCT_ERR                      (___ERR_BASE+(31<<7))
#define ___STOC_UNION_ERR                       (___ERR_BASE+(32<<7))
#define ___STOC_TYPE_ERR                        (___ERR_BASE+(33<<7))
#define ___STOC_POINTER_ERR                     (___ERR_BASE+(34<<7))
#define ___STOC_NONNULLPOINTER_ERR              (___ERR_BASE+(35<<7))
#define ___STOC_FUNCTION_ERR                    (___ERR_BASE+(36<<7))
#define ___STOC_NONNULLFUNCTION_ERR             (___ERR_BASE+(37<<7))
#define ___STOC_BOOL_ERR                        (___ERR_BASE+(38<<7))
#define ___STOC_CHARSTRING_ERR                  (___ERR_BASE+(39<<7))
#define ___STOC_NONNULLCHARSTRING_ERR           (___ERR_BASE+(40<<7))
#define ___STOC_NONNULLCHARSTRINGLIST_ERR       (___ERR_BASE+(41<<7))
#define ___STOC_ISO_8859_1STRING_ERR            (___ERR_BASE+(42<<7))
#define ___STOC_NONNULLISO_8859_1STRING_ERR     (___ERR_BASE+(43<<7))
#define ___STOC_NONNULLISO_8859_1STRINGLIST_ERR (___ERR_BASE+(44<<7))
#define ___STOC_UTF_8STRING_ERR                 (___ERR_BASE+(45<<7))
#define ___STOC_NONNULLUTF_8STRING_ERR          (___ERR_BASE+(46<<7))
#define ___STOC_NONNULLUTF_8STRINGLIST_ERR      (___ERR_BASE+(47<<7))
#define ___STOC_UTF_16STRING_ERR                (___ERR_BASE+(48<<7))
#define ___STOC_NONNULLUTF_16STRING_ERR         (___ERR_BASE+(49<<7))
#define ___STOC_NONNULLUTF_16STRINGLIST_ERR     (___ERR_BASE+(50<<7))
#define ___STOC_UCS_2STRING_ERR                 (___ERR_BASE+(51<<7))
#define ___STOC_NONNULLUCS_2STRING_ERR          (___ERR_BASE+(52<<7))
#define ___STOC_NONNULLUCS_2STRINGLIST_ERR      (___ERR_BASE+(53<<7))
#define ___STOC_UCS_4STRING_ERR                 (___ERR_BASE+(54<<7))
#define ___STOC_NONNULLUCS_4STRING_ERR          (___ERR_BASE+(55<<7))
#define ___STOC_NONNULLUCS_4STRINGLIST_ERR      (___ERR_BASE+(56<<7))
#define ___STOC_WCHARSTRING_ERR                 (___ERR_BASE+(57<<7))
#define ___STOC_NONNULLWCHARSTRING_ERR          (___ERR_BASE+(58<<7))
#define ___STOC_NONNULLWCHARSTRINGLIST_ERR      (___ERR_BASE+(59<<7))
#define ___STOC_VARIANT_ERR                     (___ERR_BASE+(60<<7))
#define ___STOC_HEAP_OVERFLOW_ERR               (___ERR_BASE+(61<<7))
#define ___STOC_MAX                             (___ERR_BASE+(62<<7)-1)
#define ___CTOS_BASE ___CTOS_S8_ERR
#define ___CTOS_S8_ERR                          (___ERR_BASE+(65<<7))
#define ___CTOS_U8_ERR                          (___ERR_BASE+(66<<7))
#define ___CTOS_S16_ERR                         (___ERR_BASE+(67<<7))
#define ___CTOS_U16_ERR                         (___ERR_BASE+(68<<7))
#define ___CTOS_S32_ERR                         (___ERR_BASE+(69<<7))
#define ___CTOS_U32_ERR                         (___ERR_BASE+(70<<7))
#define ___CTOS_S64_ERR                         (___ERR_BASE+(71<<7))
#define ___CTOS_U64_ERR                         (___ERR_BASE+(72<<7))
#define ___CTOS_F32_ERR                         (___ERR_BASE+(73<<7))
#define ___CTOS_F64_ERR                         (___ERR_BASE+(74<<7))
#define ___CTOS_CHAR_ERR                        (___ERR_BASE+(75<<7))
#define ___CTOS_SCHAR_ERR                       (___ERR_BASE+(76<<7))
#define ___CTOS_UCHAR_ERR                       (___ERR_BASE+(77<<7))
#define ___CTOS_ISO_8859_1_ERR                  (___ERR_BASE+(78<<7))
#define ___CTOS_UCS_2_ERR                       (___ERR_BASE+(79<<7))
#define ___CTOS_UCS_4_ERR                       (___ERR_BASE+(80<<7))
#define ___CTOS_WCHAR_ERR                       (___ERR_BASE+(81<<7))
#define ___CTOS_SIZE_T_ERR                      (___ERR_BASE+(82<<7))
#define ___CTOS_SSIZE_T_ERR                     (___ERR_BASE+(83<<7))
#define ___CTOS_PTRDIFF_T_ERR                   (___ERR_BASE+(84<<7))
#define ___CTOS_SHORT_ERR                       (___ERR_BASE+(85<<7))
#define ___CTOS_USHORT_ERR                      (___ERR_BASE+(86<<7))
#define ___CTOS_INT_ERR                         (___ERR_BASE+(87<<7))
#define ___CTOS_UINT_ERR                        (___ERR_BASE+(88<<7))
#define ___CTOS_LONG_ERR                        (___ERR_BASE+(89<<7))
#define ___CTOS_ULONG_ERR                       (___ERR_BASE+(90<<7))
#define ___CTOS_LONGLONG_ERR                    (___ERR_BASE+(91<<7))
#define ___CTOS_ULONGLONG_ERR                   (___ERR_BASE+(92<<7))
#define ___CTOS_FLOAT_ERR                       (___ERR_BASE+(93<<7))
#define ___CTOS_DOUBLE_ERR                      (___ERR_BASE+(94<<7))
#define ___CTOS_STRUCT_ERR                      (___ERR_BASE+(95<<7))
#define ___CTOS_UNION_ERR                       (___ERR_BASE+(96<<7))
#define ___CTOS_TYPE_ERR                        (___ERR_BASE+(97<<7))
#define ___CTOS_POINTER_ERR                     (___ERR_BASE+(98<<7))
#define ___CTOS_NONNULLPOINTER_ERR              (___ERR_BASE+(99<<7))
#define ___CTOS_FUNCTION_ERR                    (___ERR_BASE+(100<<7))
#define ___CTOS_NONNULLFUNCTION_ERR             (___ERR_BASE+(101<<7))
#define ___CTOS_BOOL_ERR                        (___ERR_BASE+(102<<7))
#define ___CTOS_CHARSTRING_ERR                  (___ERR_BASE+(103<<7))
#define ___CTOS_NONNULLCHARSTRING_ERR           (___ERR_BASE+(104<<7))
#define ___CTOS_NONNULLCHARSTRINGLIST_ERR       (___ERR_BASE+(105<<7))
#define ___CTOS_ISO_8859_1STRING_ERR            (___ERR_BASE+(106<<7))
#define ___CTOS_NONNULLISO_8859_1STRING_ERR     (___ERR_BASE+(107<<7))
#define ___CTOS_NONNULLISO_8859_1STRINGLIST_ERR (___ERR_BASE+(108<<7))
#define ___CTOS_UTF_8STRING_ERR                 (___ERR_BASE+(109<<7))
#define ___CTOS_NONNULLUTF_8STRING_ERR          (___ERR_BASE+(110<<7))
#define ___CTOS_NONNULLUTF_8STRINGLIST_ERR      (___ERR_BASE+(111<<7))
#define ___CTOS_UTF_16STRING_ERR                (___ERR_BASE+(112<<7))
#define ___CTOS_NONNULLUTF_16STRING_ERR         (___ERR_BASE+(113<<7))
#define ___CTOS_NONNULLUTF_16STRINGLIST_ERR     (___ERR_BASE+(114<<7))
#define ___CTOS_UCS_2STRING_ERR                 (___ERR_BASE+(115<<7))
#define ___CTOS_NONNULLUCS_2STRING_ERR          (___ERR_BASE+(116<<7))
#define ___CTOS_NONNULLUCS_2STRINGLIST_ERR      (___ERR_BASE+(117<<7))
#define ___CTOS_UCS_4STRING_ERR                 (___ERR_BASE+(118<<7))
#define ___CTOS_NONNULLUCS_4STRING_ERR          (___ERR_BASE+(119<<7))
#define ___CTOS_NONNULLUCS_4STRINGLIST_ERR      (___ERR_BASE+(120<<7))
#define ___CTOS_WCHARSTRING_ERR                 (___ERR_BASE+(121<<7))
#define ___CTOS_NONNULLWCHARSTRING_ERR          (___ERR_BASE+(122<<7))
#define ___CTOS_NONNULLWCHARSTRINGLIST_ERR      (___ERR_BASE+(123<<7))
#define ___CTOS_VARIANT_ERR                     (___ERR_BASE+(124<<7))
#define ___CTOS_HEAP_OVERFLOW_ERR               (___ERR_BASE+(125<<7))
#ifdef ___USE_UNWIND_C_STACK_TO_TRAMPOLINE
#define ___UNWIND_C_STACK_TO_TRAMPOLINE         (___ERR_BASE+(126<<7))
#define ___CTOS_MAX                             (___ERR_BASE+(127<<7)-1)
#else
#define ___CTOS_MAX                             (___ERR_BASE+(126<<7)-1)
#endif

#define ___RETURN_POS 127


#define ___TLS_ERR(tls_err) \
((tls_err)==SSL_ERROR_NONE?___NO_ERR:___ERR_CODE_BUILD(___ERR_CODE_FACILITY_TLS,tls_err))

#define ___TLS_ERR_FROM_ERR_CODE(err) \
((err)==___NO_ERR?0:((err)-___ERR_CODE_BUILD(___ERR_CODE_FACILITY_TLS,0)))

#define ___TLS_ERR_BASE ___ERR_CODE_BUILD(___ERR_CODE_FACILITY_TLS,0)

/* Custom high-level TLS error codes are encoded above 65000 */
#define ___TLS_LIBRARY_VERSION_ERR              (___TLS_ERR_BASE+65000)
#define ___TLS_LIBRARY_INIT_ERR                 (___TLS_ERR_BASE+65001)
#define ___TLS_WRONG_TLS_VERSION_ERR            (___TLS_ERR_BASE+65002)
#define ___TLS_ALERT_ERR                        (___TLS_ERR_BASE+65003)
#define ___TLS_NOT_ENOUGH_ENTROPY_ERR           (___TLS_ERR_BASE+65004)
#define ___TLS_SERVER_CONTEXT_EXPECTED_ERR      (___TLS_ERR_BASE+65005)
#define ___TLS_UNSUPPORTED_EMPTY_FRAGS_ERR      (___TLS_ERR_BASE+65006)
#define ___TLS_UNSUPPORTED_DH_ERR               (___TLS_ERR_BASE+65007)
#define ___TLS_UNSUPPORTED_ELLIPTIC_CURVES_ERR  (___TLS_ERR_BASE+65008)
#define ___TLS_DH_PARAMS_ERR                    (___TLS_ERR_BASE+65009)
#define ___TLS_READ_DH_PARAMS_ERR               (___TLS_ERR_BASE+65010)
#define ___TLS_ELLIPTIC_CURVE_ERR               (___TLS_ERR_BASE+65011)
#define ___TLS_UNKNOWN_ELLIPTIC_CURVE_ERR       (___TLS_ERR_BASE+65012)
#define ___TLS_READ_CA_FILE_ERR                 (___TLS_ERR_BASE+65013)
#define ___TLS_CERTIFICATE_FILE_ERR             (___TLS_ERR_BASE+65014)
#define ___TLS_PRIVATE_KEY_FILE_ERR             (___TLS_ERR_BASE+65015)
#define ___TLS_PRIVATE_KEY_CERT_MISMATCH_ERR    (___TLS_ERR_BASE+65016)



/*---------------------------------------------------------------------------*/

#define ___USE_RC_ALLOCATION_FOR_FOREIGN

#ifdef ___USE_RC_ALLOCATION_FOR_FOREIGN

#define ___CPLUSPLUS_ASSIGN_NEW(var,type) \
do { \
     void *___ptr = ___EXT(___alloc_rc) (___PSP sizeof (type)); \
     if (___ptr == 0) \
       var = 0; \
     else \
       var = new (___ptr) type; \
   } while (0)
#define ___CPLUSPLUS_ASSIGN_NEW_WITH_INIT(var,type,init) \
do { \
     void *___ptr = ___EXT(___alloc_rc) (___PSP sizeof (type)); \
     if (___ptr == 0) \
       var = 0; \
     else \
       var = new (___ptr) type (init); \
   } while (0)
#define ___CPLUSPLUS_DELETE_STRUCT(name,ptr) \
do { \
     ___EXT(___release_rc) (ptr); \
   } while (0)
#define ___CPLUSPLUS_DELETE_UNION(name,ptr) \
do { \
     ___EXT(___release_rc) (ptr); \
   } while (0)
#define ___CPLUSPLUS_DELETE_TYPE(name,ptr) \
do { \
     ___CAST(name*,ptr)->~name (); \
     ___EXT(___release_rc) (ptr); \
   } while (0)

#define ___C_ASSIGN_NEW(var,type) \
do { \
     var = ___CAST(type*,___EXT(___alloc_rc) (___PSP sizeof (type))); \
   } while (0)
#define ___C_ASSIGN_NEW_WITH_INIT(var,type,init) \
do { \
     if ((var = ___CAST(type*,___EXT(___alloc_rc) (___PSP sizeof (type)))) != 0) \
       *___CAST(type*,var) = init; \
   } while (0)
#define ___C_DELETE_STRUCT(name,ptr) \
do { \
     ___EXT(___release_rc) (ptr); \
   } while (0)
#define ___C_DELETE_UNION(name,ptr) \
do { \
     ___EXT(___release_rc) (ptr); \
   } while (0)
#define ___C_DELETE_TYPE(name,ptr) \
do { \
     ___EXT(___release_rc) (ptr); \
   } while (0)

#else

#define ___CPLUSPLUS_ASSIGN_NEW(var,type) \
do { \
     try { var = new type; } catch (std::bad_alloc) { var = 0; } \
   } while (0)
#define ___CPLUSPLUS_ASSIGN_NEW_WITH_INIT(var,type,init) \
do { \
     try { var = new type (init); } catch (std::bad_alloc) { var = 0; } \
   } while (0)
#define ___CPLUSPLUS_DELETE_STRUCT(name,ptr) \
do { \
     delete ___CAST(struct name*,ptr); \
   } while (0)
#define ___CPLUSPLUS_DELETE_UNION(name,ptr) \
do { \
     delete ___CAST(union name*,ptr); \
   } while (0)
#define ___CPLUSPLUS_DELETE_TYPE(name,ptr) \
do { \
     delete ___CAST(name*,ptr); \
   } while (0)

#define ___C_ASSIGN_NEW(var,type) \
do { \
     var = ___CAST(type*,___ALLOC_MEM(sizeof (type))); \
   } while (0)
#define ___C_ASSIGN_NEW_WITH_INIT(var,type,init) \
do { \
     if ((var = ___CAST(type*,___ALLOC_MEM(sizeof (type)))) != 0) \
       *___CAST(type*,var) = init; \
   } while (0)
#define ___C_DELETE_STRUCT(name,ptr) \
do { \
     ___FREE_MEM(ptr); \
   } while (0)
#define ___C_DELETE_UNION(name,ptr) \
do { \
     ___FREE_MEM(ptr); \
   } while (0)
#define ___C_DELETE_TYPE(name,ptr) \
do { \
     ___FREE_MEM(ptr); \
   } while (0)

#endif

#ifdef ___USE_CPLUSPLUS_NEW_DELETE

#define ___ASSIGN_NEW(var,type) \
___CPLUSPLUS_ASSIGN_NEW(var,type)
#define ___ASSIGN_NEW_WITH_INIT(var,type,init) \
___CPLUSPLUS_ASSIGN_NEW_WITH_INIT(var,type,init)
#define ___DELETE_STRUCT(name,ptr) ___CPLUSPLUS_DELETE_STRUCT(name,ptr)
#define ___DELETE_UNION(name,ptr) ___CPLUSPLUS_DELETE_UNION(name,ptr)
#define ___DELETE_TYPE(name,ptr) ___CPLUSPLUS_DELETE_TYPE(name,ptr)

#else

#define ___ASSIGN_NEW(var,type) \
___C_ASSIGN_NEW(var,type)
#define ___ASSIGN_NEW_WITH_INIT(var,type,init) \
___C_ASSIGN_NEW_WITH_INIT(var,type,init)
#define ___DELETE_STRUCT(name,ptr) ___C_DELETE_STRUCT(name,ptr)
#define ___DELETE_UNION(name,ptr) ___C_DELETE_UNION(name,ptr)
#define ___DELETE_TYPE(name,ptr) ___C_DELETE_TYPE(name,ptr)

#endif

#ifdef ___USE_CPLUSPLUS_CLEANUP

#define ___BEGIN_CLEANUP(cleanup) \
{ struct ___cleanup { ~___cleanup () { cleanup; } } ___cleanup_object;
#define ___END_CLEANUP(cleanup) \
}

#else

#define ___BEGIN_CLEANUP(cleanup) \
{
#define ___END_CLEANUP(cleanup) \
cleanup; }

#endif

#ifdef ___USE_SETJMP

#define ___BEGIN_TRY \
{ ___jmpbuf_struct ___jbuf, *___old_catcher = ___ps->catcher; \
___ps->catcher = &___jbuf; ___err = ___SETJMP(___jbuf.buf); \
if (___err!=0) ___err = ___ps->longjmp_err; \
if (___err==___FIX(___NO_ERR)) {
#define ___END_TRY } ___ps->catcher = ___old_catcher; }
#define ___THROW(e)do { ___ps->longjmp_err = e; ___LONGJMP1(___ps->catcher->buf); } while (0)
#define ___ON_THROW(stat1,stat2) \
___ON_THROW_AUX(___processor_state ___ps=___PSTATE;,stat1,stat2)

#else

#define ___BEGIN_TRY { ___err = ___FIX(___NO_ERR); try {
#define ___END_TRY } catch (___throw_struct ts) { ___err = ts.err; } }
#define ___THROW(e)do { ___throw_struct ts; ts.err = e; throw (ts); } while (0)
#define ___ON_THROW(stat1,stat2) \
___ON_THROW_AUX(,stat1,stat2)

#endif

#define ___ON_THROW_AUX(decl,stat1,stat2) \
do { \
     ___SCMOBJ ___err; decl \
     ___BEGIN_TRY stat1; ___END_TRY \
     if (___err != ___FIX(___NO_ERR)) stat2; \
   } while (0)

#define ___RELEASE_POINTER ___EXT(___release_pointer)

#define ___DEF_RELEASE_FN_STRUCT(name,id) \
___HIDDEN ___SCMOBJ id \
   ___P((void *___x), \
        (___x) \
void *___x;) \
{ ___DELETE_STRUCT(name,___x); return ___FIX(___NO_ERR); }

#define ___DEF_RELEASE_FN_UNION(name,id) \
___HIDDEN ___SCMOBJ id \
   ___P((void *___x), \
        (___x) \
void *___x;) \
{ ___DELETE_UNION(name,___x); return ___FIX(___NO_ERR); }

#define ___DEF_RELEASE_FN_TYPE(name,id) \
___HIDDEN ___SCMOBJ id \
   ___P((void *___x), \
        (___x) \
void *___x;) \
{ ___DELETE_TYPE(name,___x); return ___FIX(___NO_ERR); }

#define ___STOC3(f,s,c,i)___err=___EXT(f)(___PSP s,c,i)
#define ___STOC4(f,s,c,t,i)___err=___EXT(f)(___PSP s,c,t,i)
#define ___CTOS3(f,c,s,i)___err=___EXT(f)(___ps,c,s,i)
#define ___CTOS5(f,c,t,r,s,i)___err=___EXT(f)(___ps,c,t,r,s,i)
#define ___IF_STOC3(f,s,c,i)if ((___STOC3(f,s,c,i))==___FIX(___NO_ERR))
#define ___IF_STOC4(f,s,c,t,i)if ((___STOC4(f,s,c,t,i))==___FIX(___NO_ERR))
#define ___IF_CTOS3(f,c,s,i)if ((___CTOS3(f,c,s,i))==___FIX(___NO_ERR))
#define ___IF_CTOS5(f,c,t,r,s,i)if ((___CTOS5(f,c,t,r,s,i))==___FIX(___NO_ERR))

#define ___BEGIN_SFUN_BODY
#define ___END_SFUN_BODY

#define ___BEGIN_SFUN_VOID(proc) ___processor_state ___ps=___PSTATE;___SCMOBJ ___marker;___SCMOBJ ___err;___SCMOBJ ___errdata=___FAL;___SCMOBJ ___errhandler=___FAL;if ((___err=___EXT(___make_sfun_stack_marker) (___ps,&___marker,proc))==___FIX(___NO_ERR)) {
#define ___SFUN_CALL_VOID ___err=___EXT(___call) (___PSP ___NARGS,___VECTORELEM(___marker,0),___marker);
#define ___SFUN_SET_RESULT_VOID /* no result to set */
#define ___SFUN_ERROR_VOID while ((___err!=___FIX(___NO_ERR))&&(___err!=___FIX(___UNWIND_C_STACK))) {___ps->temp1=___err;___ps->temp2=___errdata;___ps->temp3=___marker;___ps->temp4=___errhandler;___err=___EXT(___call) (___PSP 0,___ps->handler_sfun_conv_error,___marker);
#define ___END_SFUN_VOID } ___EXT(___kill_sfun_stack_marker) (___marker); } ___EXT(___propagate_error) (___PSP ___err);

#define ___BEGIN_SFUN_SCMOBJ(proc) ___processor_state ___ps=___PSTATE;___SCMOBJ ___marker;___SCMOBJ ___result;___SCMOBJ ___err;___SCMOBJ ___errdata=___FAL;___SCMOBJ ___errhandler=___FAL;if ((___err=___EXT(___make_sfun_stack_marker) (___ps,&___marker,proc))==___FIX(___NO_ERR)) {
#define ___SFUN_CALL_SCMOBJ ___err=___EXT(___call) (___PSP ___NARGS,___VECTORELEM(___marker,0),___marker);
#define ___SFUN_SET_RESULT_SCMOBJ ___result = ___SFUN_RESULT;
#define ___SFUN_ERROR_SCMOBJ while ((___err!=___FIX(___NO_ERR))&&(___err!=___FIX(___UNWIND_C_STACK))) {___ps->temp1=___err;___ps->temp2=___errdata;___ps->temp3=___marker;___ps->temp4=___errhandler;___err=___EXT(___call) (___PSP 0,___ps->handler_sfun_conv_error,___marker);
#define ___END_SFUN_SCMOBJ } ___EXT(___kill_sfun_stack_marker) (___marker); } ___EXT(___propagate_error) (___PSP ___err);

#define ___BEGIN_SFUN(proc,decl)___processor_state ___ps=___PSTATE;___SCMOBJ ___marker;decl;___SCMOBJ ___err;___SCMOBJ ___errdata=___FAL;___SCMOBJ ___errhandler=___FAL;if ((___err=___EXT(___make_sfun_stack_marker) (___ps,&___marker,proc))==___FIX(___NO_ERR)) {
#define ___SFUN_CALL if ((___err=___EXT(___call) (___PSP ___NARGS,___VECTORELEM(___marker,0),___marker))==___FIX(___NO_ERR))
#define ___SFUN_SET_RESULT /* done in conversion function */
#define ___SFUN_ERROR while ((___err!=___FIX(___NO_ERR))&&(___err!=___FIX(___UNWIND_C_STACK))) {___ps->temp1=___err;___ps->temp2=___errdata;___ps->temp3=___marker;___ps->temp4=___errhandler;if ((___err=___EXT(___call) (___PSP 0,___ps->handler_sfun_conv_error,___marker))==___FIX(___NO_ERR))
#define ___END_SFUN } ___EXT(___kill_sfun_stack_marker) (___marker); } ___EXT(___propagate_error) (___PSP ___err);

#define ___BEGIN_SFUN_ARG(i,arg)___SCMOBJ arg;
#define ___END_SFUN_ARG(i)
#define ___BEGIN_SFUN_ARG_SCMOBJ(i)
#define ___END_SFUN_ARG_SCMOBJ(i)
#define ___SFUN_ARG(i,arg)___PSSTK(___FRAME_SPACE(2)+i)=arg;
#define ___SFUN_RESULT ___PSR1

#define ___BEGIN_SFUN_SCMOBJ_TO_S8(s,c)___STOC3(___SCMOBJ_to_S8,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_S8(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_U8(s,c)___STOC3(___SCMOBJ_to_U8,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_U8(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_S16(s,c)___STOC3(___SCMOBJ_to_S16,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_S16(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_U16(s,c)___STOC3(___SCMOBJ_to_U16,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_U16(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_S32(s,c)___STOC3(___SCMOBJ_to_S32,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_S32(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_U32(s,c)___STOC3(___SCMOBJ_to_U32,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_U32(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_S64(s,c)___STOC3(___SCMOBJ_to_S64,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_S64(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_U64(s,c)___STOC3(___SCMOBJ_to_U64,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_U64(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_F32(s,c)___STOC3(___SCMOBJ_to_F32,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_F32(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_F64(s,c)___STOC3(___SCMOBJ_to_F64,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_F64(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_CHAR(s,c)___STOC3(___SCMOBJ_to_CHAR,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_CHAR(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_SCHAR(s,c)___STOC3(___SCMOBJ_to_SCHAR,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_SCHAR(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_UCHAR(s,c)___STOC3(___SCMOBJ_to_UCHAR,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_UCHAR(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_ISO_8859_1(s,c)___STOC3(___SCMOBJ_to_ISO_8859_1,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_ISO_8859_1(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_UCS_2(s,c)___STOC3(___SCMOBJ_to_UCS_2,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_UCS_2(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_UCS_4(s,c)___STOC3(___SCMOBJ_to_UCS_4,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_UCS_4(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_WCHAR(s,c)___STOC3(___SCMOBJ_to_WCHAR,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_WCHAR(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_SIZE_T(s,c)___STOC3(___SCMOBJ_to_SIZE_T,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_SIZE_T(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_SSIZE_T(s,c)___STOC3(___SCMOBJ_to_SSIZE_T,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_SSIZE_T(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_PTRDIFF_T(s,c)___STOC3(___SCMOBJ_to_PTRDIFF_T,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_PTRDIFF_T(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_SHORT(s,c)___STOC3(___SCMOBJ_to_SHORT,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_SHORT(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_USHORT(s,c)___STOC3(___SCMOBJ_to_USHORT,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_USHORT(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_INT(s,c)___STOC3(___SCMOBJ_to_INT,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_INT(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_UINT(s,c)___STOC3(___SCMOBJ_to_UINT,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_UINT(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_LONG(s,c)___STOC3(___SCMOBJ_to_LONG,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_LONG(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_ULONG(s,c)___STOC3(___SCMOBJ_to_ULONG,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_ULONG(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_FLOAT(s,c)___STOC3(___SCMOBJ_to_FLOAT,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_FLOAT(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_DOUBLE(s,c)___STOC3(___SCMOBJ_to_DOUBLE,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_DOUBLE(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_STRUCT(n,s,c,t)___STOC4(___SCMOBJ_to_STRUCT,s,&c,t,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_STRUCT(n,s,c,t)
#define ___BEGIN_SFUN_SCMOBJ_TO_UNION(n,s,c,t)___STOC4(___SCMOBJ_to_UNION,s,&c,t,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_UNION(n,s,c,t)
#define ___BEGIN_SFUN_SCMOBJ_TO_TYPE(n,s,c,t)___STOC4(___SCMOBJ_to_TYPE,s,&c,t,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_TYPE(n,s,c,t)
#define ___BEGIN_SFUN_SCMOBJ_TO_POINTER(s,c,t)___STOC4(___SCMOBJ_to_POINTER,s,&c,t,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_POINTER(s,c,t)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLPOINTER(s,c,t)___STOC4(___SCMOBJ_to_NONNULLPOINTER,s,&c,t,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLPOINTER(s,c,t)
#define ___BEGIN_SFUN_SCMOBJ_TO_FUNCTION(s,cnv,c)___STOC4(___SCMOBJ_to_FUNCTION,s,___CAST(void*,cnv),&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_FUNCTION(s,cnv,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLFUNCTION(s,cnv,c)___STOC4(___SCMOBJ_to_NONNULLFUNCTION,s,___CAST(void*,cnv),&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLFUNCTION(s,cnv,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_BOOL(s,c)___STOC3(___SCMOBJ_to_BOOL,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_BOOL(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_CHARSTRING(s,c)___STOC3(___SCMOBJ_to_CHARSTRING,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_CHARSTRING(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLCHARSTRING(s,c)___STOC3(___SCMOBJ_to_NONNULLCHARSTRING,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLCHARSTRING(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLCHARSTRINGLIST(s,c)___STOC3(___SCMOBJ_to_NONNULLCHARSTRINGLIST,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLCHARSTRINGLIST(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_ISO_8859_1STRING(s,c)___STOC3(___SCMOBJ_to_ISO_8859_1STRING,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_ISO_8859_1STRING(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLISO_8859_1STRING(s,c)___STOC3(___SCMOBJ_to_NONNULLISO_8859_1STRING,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLISO_8859_1STRING(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLISO_8859_1STRINGLIST(s,c)___STOC3(___SCMOBJ_to_NONNULLISO_8859_1STRINGLIST,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLISO_8859_1STRINGLIST(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_UTF_8STRING(s,c)___STOC3(___SCMOBJ_to_UTF_8STRING,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_UTF_8STRING(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLUTF_8STRING(s,c)___STOC3(___SCMOBJ_to_NONNULLUTF_8STRING,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLUTF_8STRING(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLUTF_8STRINGLIST(s,c)___STOC3(___SCMOBJ_to_NONNULLUTF_8STRINGLIST,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLUTF_8STRINGLIST(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_UTF_16STRING(s,c)___STOC3(___SCMOBJ_to_UTF_16STRING,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_UTF_16STRING(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLUTF_16STRING(s,c)___STOC3(___SCMOBJ_to_NONNULLUTF_16STRING,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLUTF_16STRING(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLUTF_16STRINGLIST(s,c)___STOC3(___SCMOBJ_to_NONNULLUTF_16STRINGLIST,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLUTF_16STRINGLIST(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_UCS_2STRING(s,c)___STOC3(___SCMOBJ_to_UCS_2STRING,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_UCS_2STRING(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLUCS_2STRING(s,c)___STOC3(___SCMOBJ_to_NONNULLUCS_2STRING,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLUCS_2STRING(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLUCS_2STRINGLIST(s,c)___STOC3(___SCMOBJ_to_NONNULLUCS_2STRINGLIST,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLUCS_2STRINGLIST(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_UCS_4STRING(s,c)___STOC3(___SCMOBJ_to_UCS_4STRING,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_UCS_4STRING(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLUCS_4STRING(s,c)___STOC3(___SCMOBJ_to_NONNULLUCS_4STRING,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLUCS_4STRING(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLUCS_4STRINGLIST(s,c)___STOC3(___SCMOBJ_to_NONNULLUCS_4STRINGLIST,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLUCS_4STRINGLIST(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_WCHARSTRING(s,c)___STOC3(___SCMOBJ_to_WCHARSTRING,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_WCHARSTRING(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLWCHARSTRING(s,c)___STOC3(___SCMOBJ_to_NONNULLWCHARSTRING,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLWCHARSTRING(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_NONNULLWCHARSTRINGLIST(s,c)___STOC3(___SCMOBJ_to_NONNULLWCHARSTRINGLIST,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_NONNULLWCHARSTRINGLIST(s,c)
#define ___BEGIN_SFUN_SCMOBJ_TO_VARIANT(s,c)___STOC3(___SCMOBJ_to_VARIANT,s,&c,___RETURN_POS);
#define ___END_SFUN_SCMOBJ_TO_VARIANT(s,c)

#define ___BEGIN_SFUN_S8_TO_SCMOBJ(c,s,i)___IF_CTOS3(___S8_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_S8_TO_SCMOBJ(c,s,i)}
#define ___BEGIN_SFUN_U8_TO_SCMOBJ(c,s,i)___IF_CTOS3(___U8_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_U8_TO_SCMOBJ(c,s,i)}
#define ___BEGIN_SFUN_S16_TO_SCMOBJ(c,s,i)___IF_CTOS3(___S16_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_S16_TO_SCMOBJ(c,s,i)}
#define ___BEGIN_SFUN_U16_TO_SCMOBJ(c,s,i)___IF_CTOS3(___U16_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_U16_TO_SCMOBJ(c,s,i)}
#define ___BEGIN_SFUN_S32_TO_SCMOBJ(c,s,i)___IF_CTOS3(___S32_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_S32_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_U32_TO_SCMOBJ(c,s,i)___IF_CTOS3(___U32_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_U32_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_S64_TO_SCMOBJ(c,s,i)___IF_CTOS3(___S64_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_S64_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_U64_TO_SCMOBJ(c,s,i)___IF_CTOS3(___U64_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_U64_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_F32_TO_SCMOBJ(c,s,i)___IF_CTOS3(___F32_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_F32_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_F64_TO_SCMOBJ(c,s,i)___IF_CTOS3(___F64_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_F64_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_CHAR_TO_SCMOBJ(c,s,i)___IF_CTOS3(___CHAR_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_CHAR_TO_SCMOBJ(c,s,i)}
#define ___BEGIN_SFUN_SCHAR_TO_SCMOBJ(c,s,i)___IF_CTOS3(___SCHAR_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_SCHAR_TO_SCMOBJ(c,s,i)}
#define ___BEGIN_SFUN_UCHAR_TO_SCMOBJ(c,s,i)___IF_CTOS3(___UCHAR_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_UCHAR_TO_SCMOBJ(c,s,i)}
#define ___BEGIN_SFUN_ISO_8859_1_TO_SCMOBJ(c,s,i)___IF_CTOS3(___ISO_8859_1_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_ISO_8859_1_TO_SCMOBJ(c,s,i)}
#define ___BEGIN_SFUN_UCS_2_TO_SCMOBJ(c,s,i)___IF_CTOS3(___UCS_2_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_UCS_2_TO_SCMOBJ(c,s,i)}
#define ___BEGIN_SFUN_UCS_4_TO_SCMOBJ(c,s,i)___IF_CTOS3(___UCS_4_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_UCS_4_TO_SCMOBJ(c,s,i)}
#define ___BEGIN_SFUN_WCHAR_TO_SCMOBJ(c,s,i)___IF_CTOS3(___WCHAR_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_WCHAR_TO_SCMOBJ(c,s,i)}
#define ___BEGIN_SFUN_SIZE_T_TO_SCMOBJ(c,s,i)___IF_CTOS3(___SIZE_T_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_SIZE_T_TO_SCMOBJ(c,s,i)}
#define ___BEGIN_SFUN_SSIZE_T_TO_SCMOBJ(c,s,i)___IF_CTOS3(___SSIZE_T_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_SSIZE_T_TO_SCMOBJ(c,s,i)}
#define ___BEGIN_SFUN_PTRDIFF_T_TO_SCMOBJ(c,s,i)___IF_CTOS3(___PTRDIFF_T_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_PTRDIFF_T_TO_SCMOBJ(c,s,i)}
#define ___BEGIN_SFUN_SHORT_TO_SCMOBJ(c,s,i)___IF_CTOS3(___SHORT_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_SHORT_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_USHORT_TO_SCMOBJ(c,s,i)___IF_CTOS3(___USHORT_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_USHORT_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_INT_TO_SCMOBJ(c,s,i)___IF_CTOS3(___INT_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_INT_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_UINT_TO_SCMOBJ(c,s,i)___IF_CTOS3(___UINT_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_UINT_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_LONG_TO_SCMOBJ(c,s,i)___IF_CTOS3(___LONG_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_LONG_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_ULONG_TO_SCMOBJ(c,s,i)___IF_CTOS3(___ULONG_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_ULONG_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_FLOAT_TO_SCMOBJ(c,s,i)___IF_CTOS3(___FLOAT_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_FLOAT_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_DOUBLE_TO_SCMOBJ(c,s,i)___IF_CTOS3(___DOUBLE_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_DOUBLE_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_STRUCT_TO_SCMOBJ(n,c,t,r,s,i)___IF_CTOS5(___STRUCT_to_SCMOBJ,(void*)c,t,r,&s,i){
#define ___END_SFUN_STRUCT_TO_SCMOBJ(n,c,t,r,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_UNION_TO_SCMOBJ(n,c,t,r,s,i)___IF_CTOS5(___UNION_to_SCMOBJ,(void*)c,t,r,&s,i){
#define ___END_SFUN_UNION_TO_SCMOBJ(n,c,t,r,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_TYPE_TO_SCMOBJ(n,c,t,r,s,i)___IF_CTOS5(___TYPE_to_SCMOBJ,(void*)c,t,r,&s,i){
#define ___END_SFUN_TYPE_TO_SCMOBJ(n,c,t,r,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_POINTER_TO_SCMOBJ(c,t,r,s,i)___IF_CTOS5(___POINTER_to_SCMOBJ,(void*)c,t,r,&s,i){
#define ___END_SFUN_POINTER_TO_SCMOBJ(c,t,r,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLPOINTER_TO_SCMOBJ(c,t,r,s,i)___IF_CTOS5(___NONNULLPOINTER_to_SCMOBJ,(void*)c,t,r,&s,i){
#define ___END_SFUN_NONNULLPOINTER_TO_SCMOBJ(c,t,r,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_FUNCTION_TO_SCMOBJ(c,s,i)___IF_CTOS3(___FUNCTION_to_SCMOBJ,___CAST(void*,c),&s,i){
#define ___END_SFUN_FUNCTION_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLFUNCTION_TO_SCMOBJ(c,s,i)___IF_CTOS3(___NONNULLFUNCTION_to_SCMOBJ,___CAST(void*,c),&s,i){
#define ___END_SFUN_NONNULLFUNCTION_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_BOOL_TO_SCMOBJ(c,s,i)___IF_CTOS3(___BOOL_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_BOOL_TO_SCMOBJ(c,s,i)}
#define ___BEGIN_SFUN_CHARSTRING_TO_SCMOBJ(c,s,i)___IF_CTOS3(___CHARSTRING_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_CHARSTRING_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLCHARSTRING_TO_SCMOBJ(c,s,i)___IF_CTOS3(___NONNULLCHARSTRING_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_NONNULLCHARSTRING_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLCHARSTRINGLIST_TO_SCMOBJ(c,s,i)___IF_CTOS3(___NONNULLCHARSTRINGLIST_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_NONNULLCHARSTRINGLIST_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_ISO_8859_1STRING_TO_SCMOBJ(c,s,i)___IF_CTOS3(___ISO_8859_1STRING_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_ISO_8859_1STRING_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLISO_8859_1STRING_TO_SCMOBJ(c,s,i)___IF_CTOS3(___NONNULLISO_8859_1STRING_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_NONNULLISO_8859_1STRING_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLISO_8859_1STRINGLIST_TO_SCMOBJ(c,s,i)___IF_CTOS3(___NONNULLISO_8859_1STRINGLIST_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_NONNULLISO_8859_1STRINGLIST_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_UTF_8STRING_TO_SCMOBJ(c,s,i)___IF_CTOS3(___UTF_8STRING_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_UTF_8STRING_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLUTF_8STRING_TO_SCMOBJ(c,s,i)___IF_CTOS3(___NONNULLUTF_8STRING_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_NONNULLUTF_8STRING_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLUTF_8STRINGLIST_TO_SCMOBJ(c,s,i)___IF_CTOS3(___NONNULLUTF_8STRINGLIST_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_NONNULLUTF_8STRINGLIST_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_UTF_16STRING_TO_SCMOBJ(c,s,i)___IF_CTOS3(___UTF_16STRING_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_UTF_16STRING_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLUTF_16STRING_TO_SCMOBJ(c,s,i)___IF_CTOS3(___NONNULLUTF_16STRING_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_NONNULLUTF_16STRING_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLUTF_16STRINGLIST_TO_SCMOBJ(c,s,i)___IF_CTOS3(___NONNULLUTF_16STRINGLIST_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_NONNULLUTF_16STRINGLIST_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_UCS_2STRING_TO_SCMOBJ(c,s,i)___IF_CTOS3(___UCS_2STRING_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_UCS_2STRING_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLUCS_2STRING_TO_SCMOBJ(c,s,i)___IF_CTOS3(___NONNULLUCS_2STRING_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_NONNULLUCS_2STRING_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLUCS_2STRINGLIST_TO_SCMOBJ(c,s,i)___IF_CTOS3(___NONNULLUCS_2STRINGLIST_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_NONNULLUCS_2STRINGLIST_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_UCS_4STRING_TO_SCMOBJ(c,s,i)___IF_CTOS3(___UCS_4STRING_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_UCS_4STRING_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLUCS_4STRING_TO_SCMOBJ(c,s,i)___IF_CTOS3(___NONNULLUCS_4STRING_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_NONNULLUCS_4STRING_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLUCS_4STRINGLIST_TO_SCMOBJ(c,s,i)___IF_CTOS3(___NONNULLUCS_4STRINGLIST_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_NONNULLUCS_4STRINGLIST_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_WCHARSTRING_TO_SCMOBJ(c,s,i)___IF_CTOS3(___WCHARSTRING_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_WCHARSTRING_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLWCHARSTRING_TO_SCMOBJ(c,s,i)___IF_CTOS3(___NONNULLWCHARSTRING_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_NONNULLWCHARSTRING_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_NONNULLWCHARSTRINGLIST_TO_SCMOBJ(c,s,i)___IF_CTOS3(___NONNULLWCHARSTRINGLIST_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_NONNULLWCHARSTRINGLIST_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}
#define ___BEGIN_SFUN_VARIANT_TO_SCMOBJ(c,s,i)___IF_CTOS3(___VARIANT_to_SCMOBJ,c,&s,i){
#define ___END_SFUN_VARIANT_TO_SCMOBJ(c,s,i)___EXT(___release_scmobj)(s);}


#define ___SFUN_CAST_AND_DEREF(type,arg)(*___CAST(type,arg))
#define ___SFUN_CAST(type,arg)___CAST(type,arg)

#define ___BEGIN_SFUN_COPY_STRUCT(n,r,arg){ void *r; ___ASSIGN_NEW_WITH_INIT(r,struct n,arg);
#define ___END_SFUN_COPY_STRUCT(n,r,arg)}
#define ___BEGIN_SFUN_COPY_UNION(n,r,arg){ void *r; ___ASSIGN_NEW_WITH_INIT(r,union n,arg);
#define ___END_SFUN_COPY_UNION(n,r,arg)}
#define ___BEGIN_SFUN_COPY_TYPE(n,r,arg){ void *r; ___ASSIGN_NEW_WITH_INIT(r,n,arg);
#define ___END_SFUN_COPY_TYPE(n,r,arg)}

#define ___CFUN_CAST_AND_DEREF(type,arg)(*___CAST(type,arg))
#define ___CFUN_CAST(type,arg)___CAST(type,arg)

#define ___CFUN_ASSIGN(r,val)r = val;
#define ___CFUN_ASSIGN_STRUCT(n,r,val)___ASSIGN_NEW_WITH_INIT(r,struct n,val);
#define ___CFUN_ASSIGN_UNION(n,r,val)___ASSIGN_NEW_WITH_INIT(r,union n,val);
#define ___CFUN_ASSIGN_TYPE(n,r,val)___ASSIGN_NEW_WITH_INIT(r,n,val);
#define ___CFUN_ASSIGN_POINTER(r,val)r = val;
#define ___CFUN_ASSIGN_NONNULLPOINTER(r,val)r = val;
#define ___CFUN_ASSIGN_FUNCTION(r,val)r = val;
#define ___CFUN_ASSIGN_NONNULLFUNCTION(r,val)r = val;

#define ___BEGIN_CFUN_CTX ___SET_STK(-___FRAME_STACK_RA,___R0) ___W_ALL {
#define ___END_CFUN_CTX } ___R_ALL

#define ___BEGIN_CFUN_DEF(cproc) \
___HIDDEN void cproc ___P((___processor_state ___ps), () \
___processor_state ___ps;) {
#define ___END_CFUN_DEF ___ps->temp1 = ___FIX(___NO_ERR); }

#define ___R_ALL_INL ___CFUN_SELECT(___R_ALL,)
#define ___W_ALL_INL ___CFUN_SELECT(___W_ALL,)

#define ___BEGIN_CFUN_VOID(cproc) ___BEGIN_CFUN(cproc,)
#define ___END_CFUN_VOID ___END_CFUN

#define ___BEGIN_CFUN_SCMOBJ(cproc) ___BEGIN_CFUN(cproc,___SCMOBJ ___result)
#define ___END_CFUN_SCMOBJ ___END_CFUN

#define ___BEGIN_CFUN(cproc,decl) \
___CFUN_SELECT(___BEGIN_CFUN_CTX,___BEGIN_CFUN_DEF(cproc)) \
___SCMOBJ ___err=___FIX(___NO_ERR); \
___SCMOBJ ___errdata=___FAL; \
___SCMOBJ ___errhandler=___FAL; \
decl;
#define ___END_CFUN \
___CFUN_SELECT(___END_CFUN_CTX,___END_CFUN_DEF)

#define ___CFUN_CONV_ERROR_EXIT_INL \
___ps->temp3=___LBL(0); \
___JUMPEXTPRM(___SET_NARGS(___NARGS),___ps->handler_cfun_conv_error)

#define ___CFUN_CONV_ERROR_EXIT_OOL \
___SET_NARGS(___NARGS) return;

#define ___CFUN_CONV_ERROR \
if ((___err!=___FIX(___NO_ERR))&&(___err!=___FIX(___UNWIND_C_STACK))) { \
  ___ps->temp1=___err; \
  ___ps->temp2=___errdata; \
  ___ps->temp4=___errhandler; \
  ___CFUN_SELECT(___CFUN_CONV_ERROR_EXIT_INL,___CFUN_CONV_ERROR_EXIT_OOL) \
}

#define ___CFUN_OOL(cproc) \
___BEGIN_CFUN_CTX \
cproc (___ps); \
___END_CFUN_CTX \
 if (___ps->temp1 != ___FIX(___NO_ERR)) { \
  ___ps->temp3=___LBL(0); \
  ___JUMPEXTPRM(___NOTHING,___ps->handler_cfun_conv_error) \
}

#define ___BEGIN_CFUN_BODY
#define ___END_CFUN_BODY ___AT_END
#define ___BEGIN_CFUN_BODY_CLEANUP ___W_ALL_INL ___BEGIN_TRY
#define ___END_CFUN_BODY_CLEANUP ___AT_END ___END_TRY ___R_ALL_INL

#define ___BEGIN_CFUN_VOIDold ___BEGIN_CFUN_CTX ___SCMOBJ ___err=___FIX(___NO_ERR);___SCMOBJ ___errdata=___FAL;___SCMOBJ ___errhandler=___FAL;
#define ___CFUN_SET_RESULT_VOID ___CFUN_RESULT = ___VOID;
#define ___CFUN_ERROR_VOID ___CFUN_CONV_ERROR
#define ___CFUN_ERROR_CLEANUP_VOID ___CFUN_CONV_ERROR ___EXT(___propagate_error) (___PSP ___err);
#define ___END_CFUN_VOIDold ___END_CFUN_CTX

#define ___BEGIN_CFUN_SCMOBJold ___BEGIN_CFUN_CTX ___SCMOBJ ___err=___FIX(___NO_ERR);___SCMOBJ ___result;___SCMOBJ ___errdata=___FAL;___SCMOBJ ___errhandler=___FAL;
#define ___CFUN_SET_RESULT_SCMOBJ ___CFUN_RESULT = ___result;
#define ___CFUN_ERROR_SCMOBJ ___CFUN_CONV_ERROR
#define ___CFUN_ERROR_CLEANUP_SCMOBJ ___CFUN_CONV_ERROR ___EXT(___propagate_error) (___PSP ___err);
#define ___END_CFUN_SCMOBJold ___END_CFUN_CTX

#define ___BEGIN_CFUNold(decl) ___BEGIN_CFUN_CTX ___SCMOBJ ___err=___FIX(___NO_ERR);___SCMOBJ ___errdata=___FAL;___SCMOBJ ___errhandler=___FAL;decl;
#define ___CFUN_SET_RESULT /* done in conversion function */
#define ___CFUN_ERROR ___CFUN_CONV_ERROR
#define ___CFUN_ERROR_CLEANUP ___CFUN_CONV_ERROR ___EXT(___propagate_error) (___PSP ___err);
#define ___END_CFUNold ___END_CFUN_CTX

#define ___BEGIN_CFUN_ARG(i,decl)decl;
#define ___END_CFUN_ARG(i)
#define ___BEGIN_CFUN_ARG_SCMOBJ(i)
#define ___END_CFUN_ARG_SCMOBJ(i)
#define ___CFUN_ARG(i)___PSSTK((i-___FRAME_SPACE(___NARGS+1)))
#define ___CFUN_RESULT ___PSR1

#define ___BEGIN_CFUN_SCMOBJ_TO_S8(s,c,i)___IF_STOC3(___SCMOBJ_to_S8,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_S8(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_U8(s,c,i)___IF_STOC3(___SCMOBJ_to_U8,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_U8(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_S16(s,c,i)___IF_STOC3(___SCMOBJ_to_S16,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_S16(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_U16(s,c,i)___IF_STOC3(___SCMOBJ_to_U16,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_U16(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_S32(s,c,i)___IF_STOC3(___SCMOBJ_to_S32,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_S32(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_U32(s,c,i)___IF_STOC3(___SCMOBJ_to_U32,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_U32(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_S64(s,c,i)___IF_STOC3(___SCMOBJ_to_S64,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_S64(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_U64(s,c,i)___IF_STOC3(___SCMOBJ_to_U64,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_U64(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_F32(s,c,i)___IF_STOC3(___SCMOBJ_to_F32,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_F32(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_F64(s,c,i)___IF_STOC3(___SCMOBJ_to_F64,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_F64(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_CHAR(s,c,i)___IF_STOC3(___SCMOBJ_to_CHAR,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_CHAR(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_SCHAR(s,c,i)___IF_STOC3(___SCMOBJ_to_SCHAR,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_SCHAR(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_UCHAR(s,c,i)___IF_STOC3(___SCMOBJ_to_UCHAR,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_UCHAR(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_ISO_8859_1(s,c,i)___IF_STOC3(___SCMOBJ_to_ISO_8859_1,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_ISO_8859_1(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_UCS_2(s,c,i)___IF_STOC3(___SCMOBJ_to_UCS_2,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_UCS_2(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_UCS_4(s,c,i)___IF_STOC3(___SCMOBJ_to_UCS_4,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_UCS_4(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_WCHAR(s,c,i)___IF_STOC3(___SCMOBJ_to_WCHAR,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_WCHAR(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_SIZE_T(s,c,i)___IF_STOC3(___SCMOBJ_to_SIZE_T,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_SIZE_T(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_SSIZE_T(s,c,i)___IF_STOC3(___SCMOBJ_to_SSIZE_T,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_SSIZE_T(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_PTRDIFF_T(s,c,i)___IF_STOC3(___SCMOBJ_to_PTRDIFF_T,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_PTRDIFF_T(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_SHORT(s,c,i)___IF_STOC3(___SCMOBJ_to_SHORT,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_SHORT(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_USHORT(s,c,i)___IF_STOC3(___SCMOBJ_to_USHORT,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_USHORT(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_INT(s,c,i)___IF_STOC3(___SCMOBJ_to_INT,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_INT(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_UINT(s,c,i)___IF_STOC3(___SCMOBJ_to_UINT,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_UINT(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_LONG(s,c,i)___IF_STOC3(___SCMOBJ_to_LONG,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_LONG(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_ULONG(s,c,i)___IF_STOC3(___SCMOBJ_to_ULONG,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_ULONG(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_LONGLONG(s,c,i)___IF_STOC3(___SCMOBJ_to_LONGLONG,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_LONGLONG(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_ULONGLONG(s,c,i)___IF_STOC3(___SCMOBJ_to_ULONGLONG,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_ULONGLONG(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_FLOAT(s,c,i)___IF_STOC3(___SCMOBJ_to_FLOAT,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_FLOAT(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_DOUBLE(s,c,i)___IF_STOC3(___SCMOBJ_to_DOUBLE,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_DOUBLE(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_STRUCT(n,s,c,t,i)___IF_STOC4(___SCMOBJ_to_STRUCT,s,(void**)&c,t,i){
#define ___END_CFUN_SCMOBJ_TO_STRUCT(n,s,c,t,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_UNION(n,s,c,t,i)___IF_STOC4(___SCMOBJ_to_UNION,s,(void**)&c,t,i){
#define ___END_CFUN_SCMOBJ_TO_UNION(n,s,c,t,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_TYPE(n,s,c,t,i)___IF_STOC4(___SCMOBJ_to_TYPE,s,(void**)&c,t,i){
#define ___END_CFUN_SCMOBJ_TO_TYPE(n,s,c,t,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_POINTER(s,c,t,i)___IF_STOC4(___SCMOBJ_to_POINTER,s,(void**)&c,t,i){
#define ___END_CFUN_SCMOBJ_TO_POINTER(s,c,t,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLPOINTER(s,c,t,i)___IF_STOC4(___SCMOBJ_to_NONNULLPOINTER,s,(void**)&c,t,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLPOINTER(s,c,t,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_FUNCTION(s,cnv,c,i)___IF_STOC4(___SCMOBJ_to_FUNCTION,s,(void*)cnv,(void**)&c,i){
#define ___END_CFUN_SCMOBJ_TO_FUNCTION(s,cnv,c,i)___EXT(___release_function)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLFUNCTION(s,cnv,c,i)___IF_STOC4(___SCMOBJ_to_NONNULLFUNCTION,s,(void*)cnv,(void**)&c,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLFUNCTION(s,cnv,c,i)___EXT(___release_function)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_BOOL(s,c,i)___IF_STOC3(___SCMOBJ_to_BOOL,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_BOOL(s,c,i)}
#define ___BEGIN_CFUN_SCMOBJ_TO_CHARSTRING(s,c,i)___IF_STOC3(___SCMOBJ_to_CHARSTRING,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_CHARSTRING(s,c,i)___EXT(___release_string)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLCHARSTRING(s,c,i)___IF_STOC3(___SCMOBJ_to_NONNULLCHARSTRING,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLCHARSTRING(s,c,i)___EXT(___release_string)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLCHARSTRINGLIST(s,c,i)___IF_STOC3(___SCMOBJ_to_NONNULLCHARSTRINGLIST,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLCHARSTRINGLIST(s,c,i)___EXT(___release_string_list)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_ISO_8859_1STRING(s,c,i)___IF_STOC3(___SCMOBJ_to_ISO_8859_1STRING,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_ISO_8859_1STRING(s,c,i)___EXT(___release_string)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLISO_8859_1STRING(s,c,i)___IF_STOC3(___SCMOBJ_to_NONNULLISO_8859_1STRING,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLISO_8859_1STRING(s,c,i)___EXT(___release_string)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLISO_8859_1STRINGLIST(s,c,i)___IF_STOC3(___SCMOBJ_to_NONNULLISO_8859_1STRINGLIST,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLISO_8859_1STRINGLIST(s,c,i)___EXT(___release_string_list)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_UTF_8STRING(s,c,i)___IF_STOC3(___SCMOBJ_to_UTF_8STRING,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_UTF_8STRING(s,c,i)___EXT(___release_string)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLUTF_8STRING(s,c,i)___IF_STOC3(___SCMOBJ_to_NONNULLUTF_8STRING,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLUTF_8STRING(s,c,i)___EXT(___release_string)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLUTF_8STRINGLIST(s,c,i)___IF_STOC3(___SCMOBJ_to_NONNULLUTF_8STRINGLIST,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLUTF_8STRINGLIST(s,c,i)___EXT(___release_string_list)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_UTF_16STRING(s,c,i)___IF_STOC3(___SCMOBJ_to_UTF_16STRING,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_UTF_16STRING(s,c,i)___EXT(___release_string)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLUTF_16STRING(s,c,i)___IF_STOC3(___SCMOBJ_to_NONNULLUTF_16STRING,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLUTF_16STRING(s,c,i)___EXT(___release_string)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLUTF_16STRINGLIST(s,c,i)___IF_STOC3(___SCMOBJ_to_NONNULLUTF_16STRINGLIST,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLUTF_16STRINGLIST(s,c,i)___EXT(___release_string_list)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_UCS_2STRING(s,c,i)___IF_STOC3(___SCMOBJ_to_UCS_2STRING,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_UCS_2STRING(s,c,i)___EXT(___release_string)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLUCS_2STRING(s,c,i)___IF_STOC3(___SCMOBJ_to_NONNULLUCS_2STRING,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLUCS_2STRING(s,c,i)___EXT(___release_string)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLUCS_2STRINGLIST(s,c,i)___IF_STOC3(___SCMOBJ_to_NONNULLUCS_2STRINGLIST,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLUCS_2STRINGLIST(s,c,i)___EXT(___release_string_list)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_UCS_4STRING(s,c,i)___IF_STOC3(___SCMOBJ_to_UCS_4STRING,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_UCS_4STRING(s,c,i)___EXT(___release_string)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLUCS_4STRING(s,c,i)___IF_STOC3(___SCMOBJ_to_NONNULLUCS_4STRING,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLUCS_4STRING(s,c,i)___EXT(___release_string)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLUCS_4STRINGLIST(s,c,i)___IF_STOC3(___SCMOBJ_to_NONNULLUCS_4STRINGLIST,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLUCS_4STRINGLIST(s,c,i)___EXT(___release_string_list)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_WCHARSTRING(s,c,i)___IF_STOC3(___SCMOBJ_to_WCHARSTRING,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_WCHARSTRING(s,c,i)___EXT(___release_string)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLWCHARSTRING(s,c,i)___IF_STOC3(___SCMOBJ_to_NONNULLWCHARSTRING,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLWCHARSTRING(s,c,i)___EXT(___release_string)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_NONNULLWCHARSTRINGLIST(s,c,i)___IF_STOC3(___SCMOBJ_to_NONNULLWCHARSTRINGLIST,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_NONNULLWCHARSTRINGLIST(s,c,i)___EXT(___release_string_list)(c);}
#define ___BEGIN_CFUN_SCMOBJ_TO_VARIANT(s,c,i)___IF_STOC3(___SCMOBJ_to_VARIANT,s,&c,i){
#define ___END_CFUN_SCMOBJ_TO_VARIANT(s,c,i)___EXT(___release_variant)(c);}

#define ___BEGIN_CFUN_S8_TO_SCMOBJ(c,s)___CTOS3(___S8_to_SCMOBJ,c,&s,___RETURN_POS);
#define ___END_CFUN_S8_TO_SCMOBJ(c,s)
#define ___BEGIN_CFUN_U8_TO_SCMOBJ(c,s)___CTOS3(___U8_to_SCMOBJ,c,&s,___RETURN_POS);
#define ___END_CFUN_U8_TO_SCMOBJ(c,s)
#define ___BEGIN_CFUN_S16_TO_SCMOBJ(c,s)___CTOS3(___S16_to_SCMOBJ,c,&s,___RETURN_POS);
#define ___END_CFUN_S16_TO_SCMOBJ(c,s)
#define ___BEGIN_CFUN_U16_TO_SCMOBJ(c,s)___CTOS3(___U16_to_SCMOBJ,c,&s,___RETURN_POS);
#define ___END_CFUN_U16_TO_SCMOBJ(c,s)
#define ___BEGIN_CFUN_S32_TO_SCMOBJ(c,s)___IF_CTOS3(___S32_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_S32_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_U32_TO_SCMOBJ(c,s)___IF_CTOS3(___U32_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_U32_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_S64_TO_SCMOBJ(c,s)___IF_CTOS3(___S64_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_S64_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_U64_TO_SCMOBJ(c,s)___IF_CTOS3(___U64_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_U64_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_F32_TO_SCMOBJ(c,s)___IF_CTOS3(___F32_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_F32_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_F64_TO_SCMOBJ(c,s)___IF_CTOS3(___F64_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_F64_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_CHAR_TO_SCMOBJ(c,s)___CTOS3(___CHAR_to_SCMOBJ,c,&s,___RETURN_POS);
#define ___END_CFUN_CHAR_TO_SCMOBJ(c,s)
#define ___BEGIN_CFUN_SCHAR_TO_SCMOBJ(c,s)___CTOS3(___SCHAR_to_SCMOBJ,c,&s,___RETURN_POS);
#define ___END_CFUN_SCHAR_TO_SCMOBJ(c,s)
#define ___BEGIN_CFUN_UCHAR_TO_SCMOBJ(c,s)___CTOS3(___UCHAR_to_SCMOBJ,c,&s,___RETURN_POS);
#define ___END_CFUN_UCHAR_TO_SCMOBJ(c,s)
#define ___BEGIN_CFUN_ISO_8859_1_TO_SCMOBJ(c,s)___CTOS3(___ISO_8859_1_to_SCMOBJ,c,&s,___RETURN_POS);
#define ___END_CFUN_ISO_8859_1_TO_SCMOBJ(c,s)
#define ___BEGIN_CFUN_UCS_2_TO_SCMOBJ(c,s)___CTOS3(___UCS_2_to_SCMOBJ,c,&s,___RETURN_POS);
#define ___END_CFUN_UCS_2_TO_SCMOBJ(c,s)
#define ___BEGIN_CFUN_UCS_4_TO_SCMOBJ(c,s)___CTOS3(___UCS_4_to_SCMOBJ,c,&s,___RETURN_POS);
#define ___END_CFUN_UCS_4_TO_SCMOBJ(c,s)
#define ___BEGIN_CFUN_WCHAR_TO_SCMOBJ(c,s)___CTOS3(___WCHAR_to_SCMOBJ,c,&s,___RETURN_POS);
#define ___END_CFUN_WCHAR_TO_SCMOBJ(c,s)
#define ___BEGIN_CFUN_SIZE_T_TO_SCMOBJ(c,s)___CTOS3(___SIZE_T_to_SCMOBJ,c,&s,___RETURN_POS);
#define ___END_CFUN_SIZE_T_TO_SCMOBJ(c,s)
#define ___BEGIN_CFUN_SSIZE_T_TO_SCMOBJ(c,s)___CTOS3(___SSIZE_T_to_SCMOBJ,c,&s,___RETURN_POS);
#define ___END_CFUN_SSIZE_T_TO_SCMOBJ(c,s)
#define ___BEGIN_CFUN_PTRDIFF_T_TO_SCMOBJ(c,s)___CTOS3(___PTRDIFF_T_to_SCMOBJ,c,&s,___RETURN_POS);
#define ___END_CFUN_PTRDIFF_T_TO_SCMOBJ(c,s)
#define ___BEGIN_CFUN_SHORT_TO_SCMOBJ(c,s)___IF_CTOS3(___SHORT_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_SHORT_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_USHORT_TO_SCMOBJ(c,s)___IF_CTOS3(___USHORT_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_USHORT_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_INT_TO_SCMOBJ(c,s)___IF_CTOS3(___INT_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_INT_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_UINT_TO_SCMOBJ(c,s)___IF_CTOS3(___UINT_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_UINT_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_LONG_TO_SCMOBJ(c,s)___IF_CTOS3(___LONG_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_LONG_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_ULONG_TO_SCMOBJ(c,s)___IF_CTOS3(___ULONG_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_ULONG_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_LONGLONG_TO_SCMOBJ(c,s)___IF_CTOS3(___LONGLONG_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_LONGLONG_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_ULONGLONG_TO_SCMOBJ(c,s)___IF_CTOS3(___ULONGLONG_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_ULONGLONG_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_FLOAT_TO_SCMOBJ(c,s)___IF_CTOS3(___FLOAT_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_FLOAT_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_DOUBLE_TO_SCMOBJ(c,s)___IF_CTOS3(___DOUBLE_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_DOUBLE_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_STRUCT_TO_SCMOBJ(n,c,t,r,s)___IF_CTOS5(___STRUCT_to_SCMOBJ,(void*)c,t,r,&s,___RETURN_POS){
#define ___END_CFUN_STRUCT_TO_SCMOBJ(n,c,t,r,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_UNION_TO_SCMOBJ(n,c,t,r,s)___IF_CTOS5(___UNION_to_SCMOBJ,(void*)c,t,r,&s,___RETURN_POS){
#define ___END_CFUN_UNION_TO_SCMOBJ(n,c,t,r,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_TYPE_TO_SCMOBJ(n,c,t,r,s)___IF_CTOS5(___TYPE_to_SCMOBJ,(void*)c,t,r,&s,___RETURN_POS){
#define ___END_CFUN_TYPE_TO_SCMOBJ(n,c,t,r,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_POINTER_TO_SCMOBJ(c,t,r,s)___IF_CTOS5(___POINTER_to_SCMOBJ,(void*)c,t,r,&s,___RETURN_POS){
#define ___END_CFUN_POINTER_TO_SCMOBJ(c,t,r,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLPOINTER_TO_SCMOBJ(c,t,r,s)___IF_CTOS5(___NONNULLPOINTER_to_SCMOBJ,(void*)c,t,r,&s,___RETURN_POS){
#define ___END_CFUN_NONNULLPOINTER_TO_SCMOBJ(c,t,r,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_FUNCTION_TO_SCMOBJ(c,s)___IF_CTOS3(___FUNCTION_to_SCMOBJ,___CAST(void*,c),&s,___RETURN_POS){
#define ___END_CFUN_FUNCTION_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLFUNCTION_TO_SCMOBJ(c,s)___IF_CTOS3(___NONNULLFUNCTION_to_SCMOBJ,___CAST(void*,c),&s,___RETURN_POS){
#define ___END_CFUN_NONNULLFUNCTION_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_BOOL_TO_SCMOBJ(c,s)___CTOS3(___BOOL_to_SCMOBJ,c,&s,___RETURN_POS);
#define ___END_CFUN_BOOL_TO_SCMOBJ(c,s)
#define ___BEGIN_CFUN_CHARSTRING_TO_SCMOBJ(c,s)___IF_CTOS3(___CHARSTRING_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_CHARSTRING_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLCHARSTRING_TO_SCMOBJ(c,s)___IF_CTOS3(___NONNULLCHARSTRING_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_NONNULLCHARSTRING_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLCHARSTRINGLIST_TO_SCMOBJ(c,s)___IF_CTOS3(___NONNULLCHARSTRINGLIST_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_NONNULLCHARSTRINGLIST_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_ISO_8859_1STRING_TO_SCMOBJ(c,s)___IF_CTOS3(___ISO_8859_1STRING_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_ISO_8859_1STRING_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLISO_8859_1STRING_TO_SCMOBJ(c,s)___IF_CTOS3(___NONNULLISO_8859_1STRING_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_NONNULLISO_8859_1STRING_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLISO_8859_1STRINGLIST_TO_SCMOBJ(c,s)___IF_CTOS3(___NONNULLISO_8859_1STRINGLIST_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_NONNULLISO_8859_1STRINGLIST_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_UTF_8STRING_TO_SCMOBJ(c,s)___IF_CTOS3(___UTF_8STRING_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_UTF_8STRING_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLUTF_8STRING_TO_SCMOBJ(c,s)___IF_CTOS3(___NONNULLUTF_8STRING_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_NONNULLUTF_8STRING_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLUTF_8STRINGLIST_TO_SCMOBJ(c,s)___IF_CTOS3(___NONNULLUTF_8STRINGLIST_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_NONNULLUTF_8STRINGLIST_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_UTF_16STRING_TO_SCMOBJ(c,s)___IF_CTOS3(___UTF_16STRING_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_UTF_16STRING_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLUTF_16STRING_TO_SCMOBJ(c,s)___IF_CTOS3(___NONNULLUTF_16STRING_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_NONNULLUTF_16STRING_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLUTF_16STRINGLIST_TO_SCMOBJ(c,s)___IF_CTOS3(___NONNULLUTF_16STRINGLIST_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_NONNULLUTF_16STRINGLIST_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_UCS_2STRING_TO_SCMOBJ(c,s)___IF_CTOS3(___UCS_2STRING_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_UCS_2STRING_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLUCS_2STRING_TO_SCMOBJ(c,s)___IF_CTOS3(___NONNULLUCS_2STRING_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_NONNULLUCS_2STRING_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLUCS_2STRINGLIST_TO_SCMOBJ(c,s)___IF_CTOS3(___NONNULLUCS_2STRINGLIST_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_NONNULLUCS_2STRINGLIST_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_UCS_4STRING_TO_SCMOBJ(c,s)___IF_CTOS3(___UCS_4STRING_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_UCS_4STRING_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLUCS_4STRING_TO_SCMOBJ(c,s)___IF_CTOS3(___NONNULLUCS_4STRING_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_NONNULLUCS_4STRING_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLUCS_4STRINGLIST_TO_SCMOBJ(c,s)___IF_CTOS3(___NONNULLUCS_4STRINGLIST_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_NONNULLUCS_4STRINGLIST_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_WCHARSTRING_TO_SCMOBJ(c,s)___IF_CTOS3(___WCHARSTRING_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_WCHARSTRING_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLWCHARSTRING_TO_SCMOBJ(c,s)___IF_CTOS3(___NONNULLWCHARSTRING_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_NONNULLWCHARSTRING_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_NONNULLWCHARSTRINGLIST_TO_SCMOBJ(c,s)___IF_CTOS3(___NONNULLWCHARSTRINGLIST_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_NONNULLWCHARSTRINGLIST_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}
#define ___BEGIN_CFUN_VARIANT_TO_SCMOBJ(c,s)___IF_CTOS3(___VARIANT_to_SCMOBJ,c,&s,___RETURN_POS){
#define ___END_CFUN_VARIANT_TO_SCMOBJ(c,s)___EXT(___release_scmobj)(s);}

/*---------------------------------------------------------------------------*/

#ifndef ___DEFINES_ONLY

#ifdef _MSC_VER
#ifdef ___DYNAMIC
int _fltused; /* needed if floating-point used. */
#endif
#endif

#ifdef __BORLANDC__
#ifdef __WIN32__
#ifndef ___OS_WIN32
#define ___OS_WIN32
#endif
#endif
#ifdef ___SHARED
#define _RTLDLL
#endif
#endif

#ifdef ___OS_WIN32

#ifndef _WIN32_WINNT
#define _WIN32_WINNT 0x0600
#endif

#ifndef ___DONT_HAVE_WINSOCK2_H
#include <winsock2.h>
#endif

#ifndef ___DONT_HAVE_WINDOWS_H
#include <windows.h>
#endif

#endif

#ifdef ___USE_CPLUSPLUS_NEW_DELETE

#ifndef ___DONT_HAVE_NEW
#include <new>
#endif

#endif

typedef struct ___source_location
  {
    int line;
    char *file;
  } ___source_location;

#ifdef ___USE_SETJMP

typedef struct ___jmpbuf_struct
  {
    jmp_buf buf;
  } ___jmpbuf_struct;

#else

typedef struct ___throw_struct
  {
    ___SCMOBJ err;
  } ___throw_struct;

#endif

typedef void *___VARIANT; /* not yet implemented */

#ifdef ___BUILTIN_64BIT_INT_TYPE

/*
 * If the symbol ___BUILTIN_64BIT_INT_TYPE is defined then the data
 * types ___S64 and ___U64 are builtin integer types.
 */

#define ___S64_from_SM32(val) \
___CAST_S64(___CAST_S32(val))

#define ___S64_from_SM32_UM32(hi32,lo32) \
((___CAST_S64(___CAST_S32(hi32)) << 32) + ___CAST_S64(___CAST_U32(lo32)))

#define ___S64_from_LONGLONG(val) \
___CAST_S64(val)

#define ___S64_to_LONGLONG(val) \
___CAST(___LONGLONG,val)

#define ___S64_fits_in_width(val,width) \
((((val) >> ((width)-1)) == 0) || (((val) >> ((width)-1)) == -1))

#define ___S64_hi32(val)___CAST_S32((val) >> 32)
#define ___S64_lo32(val)___CAST_U32(val)

#define ___U64_from_UM32(val) \
___CAST_U64(___CAST_U32(val))

#define ___U64_from_UM32_UM32(hi32,lo32) \
((___CAST_U64(___CAST_U32(hi32)) << 32) + ___CAST_U64(___CAST_U32(lo32)))

#define ___U64_from_ULONGLONG(val) \
___CAST_U64(val)

#define ___U64_to_ULONGLONG(val) \
___CAST(___ULONGLONG,val)

#define ___U64_fits_in_width(val,width) \
(((val) >> (width)) == 0)

#define ___U64_mul_UM32_UM32(x,y) \
(___CAST_U64(___CAST_U32(x)) * ___CAST_U32(y))

#define ___U64_add_U64_U64(x,y) \
(___CAST_U64(x) + ___CAST_U64(y))

#define ___U64_hi32(val)___CAST_U32((val) >> 32)
#define ___U64_lo32(val)___CAST_U32(val)

#else

/*
 * If the symbol ___BUILTIN_64BIT_INT_TYPE is not defined then the
 * data types ___S64 and ___U64 are structures.
 */

typedef struct
  {
#ifdef ___BIG_ENDIAN
    ___S32 hi32;
    ___U32 lo32;
#else
    ___U32 lo32;
    ___S32 hi32;
#endif
  } ___S64;

typedef struct
  {
#ifdef ___BIG_ENDIAN
    ___U32 hi32;
    ___U32 lo32;
#else
    ___U32 lo32;
    ___U32 hi32;
#endif
  } ___U64;

#define ___S64_from_SM32(val) \
___EXT(___S64_from_SM32_fn) (val)

#define ___S64_from_SM32_UM32(hi32,lo32) \
___EXT(___S64_from_SM32_UM32_fn) (hi32,lo32)

#define ___S64_from_LONGLONG(val) \
___EXT(___S64_from_LONGLONG_fn) (val)

#define ___S64_to_LONGLONG(val) \
___EXT(___S64_to_LONGLONG_fn) (val)

#define ___S64_fits_in_width(val,width) \
___EXT(___S64_fits_in_width_fn) (val,width)

#define ___S64_hi32(val)val.hi32
#define ___S64_lo32(val)val.lo32

#define ___U64_from_UM32(val) \
___EXT(___U64_from_UM32_fn) (val)

#define ___U64_from_UM32_UM32(hi32,lo32) \
___EXT(___U64_from_UM32_UM32_fn) (hi32,lo32)

#define ___U64_from_ULONGLONG(val) \
___EXT(___U64_from_ULONGLONG_fn) (val)

#define ___U64_to_ULONGLONG(val) \
___EXT(___U64_to_ULONGLONG_fn) (val)

#define ___U64_fits_in_width(val,width) \
___EXT(___U64_fits_in_width_fn) (val,width)

#define ___U64_mul_UM32_UM32(x,y) \
___EXT(___U64_mul_UM32_UM32_fn) (x,y)

#define ___U64_add_U64_U64(x,y) \
___EXT(___U64_add_U64_U64_fn) (x,y)

#define ___U64_hi32(val)val.hi32
#define ___U64_lo32(val)val.lo32

#endif

/* Symbol/keyword structure */

typedef ___FAKEWORD ___symkey_struct[5+___PADDING_SIZE];

/* Global variable structure */

#if ___MAX_PROCESSORS <= 2
#define ___GLO_SUBLIST_COUNT ___MAX_PROCESSORS
#else
#define ___GLO_SUBLIST_COUNT (___MAX_PROCESSORS*4)
#endif

typedef struct ___glo_struct
  {
    ___WORD val;
    ___WORD prm;
    struct ___glo_struct* next;
  } ___glo_struct;

typedef struct ___glo_sublist_struct
  {
    ___glo_struct* head;
    ___glo_struct* tail;
  } ___glo_sublist_struct;

typedef struct ___glo_list_struct
  {
    ___SIZE_T count;    /* number of global variables */
    ___glo_sublist_struct sublist[___GLO_SUBLIST_COUNT];
  } ___glo_list_struct;

/*---------------------------------------------------------------------------*/

/*
 * Structures for half and full duplex pipes on POSIX.
 */

typedef struct ___half_duplex_pipe
  {
    int reading_fd;
    int writing_fd;
  } ___half_duplex_pipe;

typedef struct ___full_duplex_pipe
  {
    ___half_duplex_pipe input;
    ___half_duplex_pipe output;
  } ___full_duplex_pipe;

/*---------------------------------------------------------------------------*/

/*
 * Thread system inlined operations.
 */

#ifdef ___USE_POSIX_THREAD_SYSTEM

#ifndef ___DONT_HAVE_PTHREAD_H
#include <pthread.h>
#endif

#define ___MUTEX pthread_mutex_t
#define ___MUTEX_DECL(id) ___MUTEX id;
#define ___MUTEX_INIT_STATIC PTHREAD_MUTEX_INITIALIZER
#define ___MUTEX_INIT(mut) (pthread_mutex_init (&mut, NULL) == 0)
#define ___MUTEX_DESTROY(mut) (pthread_mutex_destroy (&mut) == 0)
#define ___MUTEX_LOCK(mut) (pthread_mutex_lock (&mut) == 0)
#define ___MUTEX_UNLOCK(mut) (pthread_mutex_unlock (&mut) == 0)

#define ___CONDVAR pthread_cond_t
#define ___CONDVAR_DECL(id) ___CONDVAR id;
#define ___CONDVAR_INIT_STATIC PTHREAD_COND_INITIALIZER
#define ___CONDVAR_INIT(cv) (pthread_cond_init (&cv, NULL) == 0)
#define ___CONDVAR_DESTROY(cv) (pthread_cond_destroy (&cv) == 0)
#define ___CONDVAR_WAIT(cv,mut) (pthread_cond_wait (&cv, &mut) == 0)
#define ___CONDVAR_SIGNAL(cv) (pthread_cond_signal (&cv) == 0)

#define ___THREAD_ID (pthread_self())

#endif


#ifdef ___USE_WIN32_THREAD_SYSTEM

#define ___MUTEX CRITICAL_SECTION
#define ___MUTEX_DECL(id) ___MUTEX id;
#define ___MUTEX_INIT_STATIC NULL
#define ___MUTEX_INIT(mut) InitializeCriticalSection (&mut)
#define ___MUTEX_DESTROY(mut) DeleteCriticalSection (&mut)
#define ___MUTEX_LOCK(mut) EnterCriticalSection (&mut)
#define ___MUTEX_UNLOCK(mut) LeaveCriticalSection (&mut)

#ifdef ___HAVE_CONDITION_VARIABLE

#define ___CONDVAR CONDITION_VARIABLE
#define ___CONDVAR_DECL(id) ___CONDVAR id;
#define ___CONDVAR_INIT_STATIC CONDITION_VARIABLE_INIT
#define ___CONDVAR_INIT(cv) InitializeConditionVariable (&cv)
#define ___CONDVAR_DESTROY(cv)
#define ___CONDVAR_WAIT(cv,mut) SleepConditionVariableCS (&cv, &mut, INFINITE)
#define ___CONDVAR_SIGNAL(cv) WakeConditionVariable (&cv)
#define ___CONDVAR_BROADCAST(cv) WakeAllConditionVariable (&cv)

#else

/*
 * The type CONDITION_VARIABLE is not available. Use busy waiting.
 */

#define ___CONDVAR int
#define ___CONDVAR_DECL(id) ___CONDVAR id;
#define ___CONDVAR_INIT_STATIC 0
#define ___CONDVAR_INIT(cv) cv = 0
#define ___CONDVAR_DESTROY(cv)
#define ___CONDVAR_WAIT(cv,mut) do { ___MUTEX_UNLOCK(mut); ___MUTEX_LOCK(mut); } while (0)
#define ___CONDVAR_SIGNAL(cv)
#define ___CONDVAR_BROADCAST(cv)

#endif

#define ___THREAD_ID (GetCurrentThreadId())

#endif


#ifndef ___USE_POSIX_THREAD_SYSTEM
#ifndef ___USE_WIN32_THREAD_SYSTEM

#define ___MUTEX int
#define ___MUTEX_DECL(id)
#define ___MUTEX_INIT_STATIC 0
#define ___MUTEX_INIT(mut)
#define ___MUTEX_DESTROY(mut)
#define ___MUTEX_LOCK(mut)
#define ___MUTEX_UNLOCK(mut)

#define ___CONDVAR int
#define ___CONDVAR_DECL(id)
#define ___CONDVAR_INIT_STATIC 0
#define ___CONDVAR_INIT(cv)
#define ___CONDVAR_DESTROY(cv)
#define ___CONDVAR_WAIT(cv,mut)
#define ___CONDVAR_SIGNAL(cv)

#define ___THREAD_ID 0

#endif
#endif


#if ___WS == 4
#ifdef __GCC_HAVE_SYNC_COMPARE_AND_SWAP_4
#define ___USE_sync_builtins
#endif
#else
#if ___WS == 8
#ifdef __GCC_HAVE_SYNC_COMPARE_AND_SWAP_8
#define ___USE_sync_builtins
#endif
#endif
#endif


#ifndef ___USE_sync_builtins
#ifdef ___USE_WIN32_THREAD_SYSTEM
#define ___USE_WIN32_sync
#else
#ifdef ___USE_POSIX_THREAD_SYSTEM
#define ___USE_emulated_sync
#else
#define ___USE_sequential_sync
#endif
#endif
#endif


#ifdef ___USE_sync_builtins

#define ___COMPARE_AND_SWAP_WORD(p,oldval,newval) \
__sync_val_compare_and_swap(p,oldval,newval)

#define ___FETCH_AND_ADD_WORD(p,val) \
__sync_fetch_and_add(p,val)

#define ___FETCH_AND_CLEAR_WORD(p) \
__sync_fetch_and_and(p,0)

#define ___SHARED_MEMORY_BARRIER() \
__sync_synchronize()

#endif


#ifdef ___USE_WIN32_sync

#define ___COMPARE_AND_SWAP_WORD(p,oldval,newval) \
___CAST(___WORD,InterlockedCompareExchangePointer(___CAST(void**,p),___CAST(void*,newval),___CAST(void*,oldval)))

#if ___WS == 4
#define ___FETCH_AND_ADD_WORD(p,val) \
(InterlockedAdd(___CAST(volatile LONG*,p),val)-(val))
#define ___FETCH_AND_CLEAR_WORD(p) \
InterlockedAnd(___CAST(volatile LONG*,p),0)
#else
#define ___FETCH_AND_ADD_WORD(p,val) \
(InterlockedAdd64(___CAST(volatile LONGLONG*,p),val)-(val))
#define ___FETCH_AND_CLEAR_WORD(p) \
InterlockedAnd64(___CAST(volatile LONGLONG*,p),0)
#endif

#define ___SHARED_MEMORY_BARRIER() \
MemoryBarrier()

#endif


#ifdef ___USE_emulated_sync

#define ___COMPARE_AND_SWAP_WORD(p,oldval,newval) \
___EXT(___emulated_compare_and_swap_word)(p,oldval,newval)

#define ___FETCH_AND_ADD_WORD(p,val) \
___EXT(___emulated_fetch_and_add_word)(p,val)

#define ___FETCH_AND_CLEAR_WORD(p) \
___EXT(___emulated_fetch_and_clear_word)(p)

#define ___SHARED_MEMORY_BARRIER() \
___EXT(___emulated_shared_memory_barrier)()

#endif


#ifdef ___USE_sequential_sync

#define ___COMPARE_AND_SWAP_WORD(p,oldval,newval) \
((___ps->temp1 = *(p)) == (oldval) && (*(p) = (newval)), ___ps->temp1)

#define ___FETCH_AND_ADD_WORD(p,val) \
((*(p) += (val)) - (val))

#define ___FETCH_AND_CLEAR_WORD(p) \
(___ps->temp1 = *(p), *(p) = 0, ___ps->temp1)

#define ___SHARED_MEMORY_BARRIER()

#endif


#ifdef ___CPU_x86
#ifdef __GNUC__
#ifndef ___CPU_RELAX
#define ___CPU_RELAX() __asm__ __volatile__ ("rep;nop")
#endif
#endif
#endif

#ifndef ___CPU_RELAX
#define ___CPU_RELAX()
#endif


typedef struct ___thread_struct
  {
    void (*start_fn) ___P((struct ___thread_struct *self),());

    void *data_ptr;
    ___SCMOBJ data_scmobj;

#ifdef ___USE_POSIX_THREAD_SYSTEM

    pthread_t thread_id;

#endif

#ifdef ___USE_WIN32_THREAD_SYSTEM

    HANDLE thread_handle;
    DWORD thread_id;

#endif
  } ___thread;


typedef struct ___ticketlock_struct
  {
    ___VOLATILE ___WORD current_ticket;
    ___VOLATILE ___WORD next_ticket;
  } ___ticketlock_struct;


#define ___TICKETLOCK_HISTORY_LENGTH 65536

typedef struct ___ticketlock_location
  {
    ___WORD * ___VOLATILE id;
    ___VOLATILE int lock_op;
    ___VOLATILE ___source_location location;
  } ___ticketlock_location;


typedef struct ___mask_interrupts_state_struct
  {
    ___sigset_type sigset[3]; /* increase if other interrupts are added */
  } ___mask_interrupts_state;


typedef ___mask_interrupts_state ___mask_all_interrupts_state;
typedef ___mask_interrupts_state ___mask_user_interrupts_state;
typedef ___mask_interrupts_state ___mask_heartbeat_interrupts_state;
typedef ___mask_interrupts_state ___mask_child_interrupts_state;


/*---------------------------------------------------------------------------*/

/*
 * Activity log structures.
 */

#ifdef ___ACTIVITY_LOG

typedef struct ___actlog_activity
  {
    ___U8 group;  /* group this activity belongs to */
    ___U32 color; /* RGB color of this activity when shown visually */
    char *name;   /* name of this activity */
  } ___actlog_activity;

typedef struct ___actlog_transition
  {
    ___U16 type;  /* activity type */
    ___U64 stamp; /* time stamp when activity started */
  } ___actlog_transition;

typedef struct ___vmstate_actlog
  {
    ___MUTEX_DECL(mut)
    ___actlog_activity *activities;
    int nb_activities;
    ___BOOL auto_dump;
    int max_processor_count;
  } ___vmstate_actlog;

typedef struct ___pstate_actlog
  {
    ___actlog_transition *transitions; /* array of transitions */
    ___actlog_transition *last;        /* pointer to last transition */
    ___U16 *stack;
    int sp;
  } ___pstate_actlog;

#define ___ACTLOG_COLOR_black     0x000000
#define ___ACTLOG_COLOR_white     0xFFFFFF
#define ___ACTLOG_COLOR_red       0xFF0000
#define ___ACTLOG_COLOR_green     0x00FF00
#define ___ACTLOG_COLOR_blue      0x0000FF
#define ___ACTLOG_COLOR_yellow    0xFFFF00
#define ___ACTLOG_COLOR_magenta   0xFF00FF
#define ___ACTLOG_COLOR_pink      0xFF8080
#define ___ACTLOG_COLOR_gray      0x808080
#define ___ACTLOG_COLOR_lightgray 0xb0b0b0
#define ___ACTLOG_COLOR_darkgray  0x505050
#define ___ACTLOG_COLOR_brown     0x800000
#define ___ACTLOG_COLOR_orange    0xFF8000
#define ___ACTLOG_COLOR_purple    0x803E75
#define ___ACTLOG_COLOR_lightblue 0xA6BDD7
#define ___ACTLOG_COLOR_violet    0x53377A

#define ___ACTLOG_COLOR__         0x1000000

#define ___ACTLOG_COLOR_rgb(r,g,b) (((___U32)(r)<<16)+((g)<<8)+(b))

#define ___ACTLOG_COLOR(color)___ACTLOG_COLOR_##color

#define ___ACTIVITY_START_STOP 0xffff

#define ___ACTLOG(name,color) \
do { \
  ___processor_state ___ps = ___PSTATE; \
  ___ACTLOG_PS(name,color); \
} while (0)

#define ___ACTLOG_PS(name,color) \
do { \
  static ___U16 ___actlog_activity_##name = ___ACTIVITY_START_STOP; \
  ___EXT(___actlog_add_pstate)(___ps,&___actlog_activity_##name,#name,___ACTLOG_COLOR(color)); \
} while (0)

#define ___ACTLOG_BEGIN(name,color) \
do { \
  ___processor_state ___ps = ___PSTATE; \
  ___ACTLOG_BEGIN_PS(name,color); \
} while (0)

#define ___ACTLOG_BEGIN_PS(name,color) \
do { \
  static ___U16 ___actlog_activity_##name = ___ACTIVITY_START_STOP; \
  ___EXT(___actlog_begin_pstate)(___ps,&___actlog_activity_##name,#name,___ACTLOG_COLOR(color)); \
} while (0)

#define ___ACTLOG_END() \
do { \
  ___processor_state ___ps = ___PSTATE; \
  ___ACTLOG_END_PS(); \
} while (0)

#define ___ACTLOG_END_PS() \
do { \
  ___EXT(___actlog_end_pstate)(___ps); \
} while (0)

#else

#define ___ACTLOG(name,color)

#define ___ACTLOG_PS(name,color)

#define ___ACTLOG_BEGIN(name,color)

#define ___ACTLOG_BEGIN_PS(name,color)

#define ___ACTLOG_END()

#define ___ACTLOG_END_PS()

#endif


/*---------------------------------------------------------------------------*/

/* TODO: where to put this? */

/* Memory management */

/*
 * Movable Scheme objects are allocated in an area of memory
 * distributed in multiple noncontiguous sections (collectively
 * called the "msections").  All sections are of the same size and are
 * allocated through the '___alloc_mem' function.  The number of
 * sections can expand and contract to accommodate the needs of the
 * program.
 */

typedef struct ___msect
  {
    int index;             /* index in list of sections */
    int pos;               /* position in msections's 'sections' array */
    struct ___msect *prev; /* previous section in list of sections */
    struct ___msect *next; /* next section in list of sections */
    ___WORD base[1];       /* content of section */
  } ___msection;

#define ___sizeof_msection(n) (sizeof (___msection) + ((n)-1) * ___WS)

typedef struct
  {
    int max_nb_sections;      /* actual size of 'sections' array */
    int nb_sections;          /* number of sections */
    ___msection *head;        /* head of doubly-linked list of sections */
    ___msection *tail;        /* tail of doubly-linked list of sections */
    ___msection *sections[1]; /* each section ordered by address */
                              /* (increasing order if ___ALLOC_MEM_UP */
                              /* is defined otherwise decreasing order) */
  } ___msections;

#define ___sizeof_msections(n) (sizeof (___msections) + ((n)-1) * sizeof (___msection*))

/*
 * Header structure of reference counted blocks of memory.
 */

typedef struct ___rc_header_struct
  {
    struct ___rc_header_struct *prev;
    struct ___rc_header_struct *next;
    ___WORD refcount; /* integer but declared ___WORD for alignment */
    ___SCMOBJ data; /* needed for C closures */
  } ___rc_header;

/* fdset state */
#ifndef ___OS_WIN32
typedef struct ___fdset_struct {
  int size;
  void *readfds;
  void *writefds;
  void *exceptfds;
} ___fdset;
#endif

typedef struct ___pstate_os_struct {

  /*
   * for implementation of asynchronous interrupting the following
   * structures are needed to force ___device_select to abort wait
   */
#ifdef ___OS_WIN32
  HANDLE select_abort; /* WIN32 event */
#else
  ___half_duplex_pipe select_abort; /* POSIX self-pipe */
  ___fdset fdset; /* Dynamic fdsets for unlimited file descriptors */
#endif

} ___pstate_os;

typedef struct ___pstate_mem_struct {

/* location of tospace in each msection */
___SIZE_TS tospace_offset_;

/* msection free list */
___msection *msection_free_list_;

/* msection where continuation frames are currently being allocated */
___msection *stack_msection_;

/* start of allocation of continuation frames in stack_msection */
___WORD *alloc_stack_start_;

/* allocation pointer for continuation frames in stack_msection */
___WORD *alloc_stack_ptr_;

/* allocation limit for continuation frames in stack_msection */
___WORD *alloc_stack_limit_;

/* msection where movable objects are currently being allocated */
___msection *heap_msection_;

/* start of allocation of movable objects in heap_msection */
___WORD *alloc_heap_start_;

/* allocation pointer for movable objects in heap_msection */
___WORD *alloc_heap_ptr_;

/* allocation limit for movable objects in heap_msection */
___WORD *alloc_heap_limit_;

/* start of current group of movable objects being copied by mark_array */
___WORD *alloc_heap_chunk_start_;

/* allocation limit for movable objects in current chunk */
___WORD *alloc_heap_chunk_limit_;

#ifndef ___SINGLE_THREADED_VMS

/* spinlock for accessing the movable object chunks remaining to scan */
___SPINLOCK_DECL(heap_chunks_to_scan_lock_)

#endif

/* list of complete movable object chunks to scan */
___VOLATILE ___WORD heap_chunks_to_scan_;

/* fifo of complete movable object chunks remaining to scan */
___VOLATILE ___WORD * ___VOLATILE heap_chunks_to_scan_head_;
___VOLATILE ___WORD * ___VOLATILE heap_chunks_to_scan_tail_;

/* scan pointer in currently scanned (possibly incomplete) chunk */
___WORD *scan_ptr_;

/* still objects remaining to scan */
___WORD still_objs_to_scan_;

/* list of still objects */
___WORD still_objs_;

/* words occupied by still objects */
___SIZE_TS words_still_objs_;

/* words occupied by still objects not yet accounted for at the VM level */
___SIZE_TS words_still_objs_deferred_;

/* bytes allocated minus occupied */
___F64 bytes_allocated_minus_occupied_;

/* head of list of reference counted blocks of memory */
___rc_header rc_head_;

/* indicates if weak references must be traversed */
___BOOL traverse_weak_refs_;

/* list of nonexecutable wills */
___WORD nonexecutable_wills_;

/* list of executable wills */
___WORD executable_wills_;

/* GC hash tables reached by GC */
___WORD reached_gc_hash_tables_;

/* words occupied in msections of this processor excluding current msections */
___SIZE_TS words_prev_msections_;

/* space used in msection stack fudge */
___SIZE_TS stack_fudge_used_;

/* space used in msection heap fudge */
___SIZE_TS heap_fudge_used_;

#ifdef ___DEBUG_GARBAGE_COLLECT

/* GC state used for debugging */
int reference_location_; /* where is offending reference located */
___WORD *container_body_; /* body of object containing offending reference */
int mark_array_call_line_; /* where was mark_array called */

#endif

#ifdef ___CALL_GC_FREQUENTLY
int gc_calls_to_punt_;
#endif
} ___pstate_mem;

#ifndef ___OS_WIN32
typedef struct ___vmstate_fdset_struct {
  int size;
  ___VOLATILE int overflow;
} ___vmstate_fdset;
#endif

typedef struct ___vmstate_os_struct {
#ifdef ___OS_WIN32
  int dummy; /* avoid empty struct error raised by MSVC */
#else
  ___vmstate_fdset fdset;
#endif
} ___vmstate_os;

typedef struct ___vmstate_mem_struct {

/* size of heap in words (number of words that can be occupied) */
___SIZE_TS heap_size_;

/*
 * 'normal_overflow_reserve' is the number of words reserved in the
 * heap in normal circumstances for handling heap overflows.
 */
___SIZE_TS normal_overflow_reserve_;

/*
 * 'overflow_reserve' is the number of words currently reserved in the
 * heap for handling heap overflows.  Initially 'overflow_reserve' is
 * set to 'normal_overflow_reserve'.  When a heap overflow occurs,
 * some fraction of the 'overflow_reserve' is made available to the
 * heap overflow handler.  When a GC makes at least
 * 'normal_overflow_reserve' free, then 'overflow_reserve' is reset to
 * 'normal_overflow_reserve'.
 */
___SIZE_TS overflow_reserve_;

/* words occupied by movable objects (only updated at end of GC) */
___SIZE_TS occupied_words_movable_;

/* words occupied by still objects (excluding deferred ones) */
___SIZE_TS occupied_words_still_;

/* the msections */
___msections *the_msections_;

/* last msection allocated */
___msection *alloc_msection_;

/* number of msections assigned to processors */
int nb_msections_assigned_;

/* Used for resizing VM (number of processors after the resize operation) */
___VOLATILE int target_processor_count_;

#ifndef ___SINGLE_THREADED_VMS

/* spinlock for miscellaneous memory operations at the VM level */
___SPINLOCK_DECL(misc_mem_lock_)

/* spinlock for allocation of memory at the VM level */
___SPINLOCK_DECL(alloc_mem_lock_)

/* mutex and condition variable to determine termination of GC scan */
___MUTEX_DECL(scan_termination_mutex_)
___CONDVAR_DECL(scan_termination_condvar_)

/* number of processors currently doing GC scan work (for each phase) */
___VOLATILE ___WORD scan_workers_count_[2];

#endif

/*
 * Garbage collection statistics.
 */

___F64 nb_gcs_;
___F64 gc_user_time_;
___F64 gc_sys_time_;
___F64 gc_real_time_;

___F64 latest_gc_user_time_;
___F64 latest_gc_sys_time_;
___F64 latest_gc_real_time_;
___F64 latest_gc_heap_size_;
___F64 latest_gc_alloc_;
___F64 latest_gc_live_;
___F64 latest_gc_movable_;
___F64 latest_gc_still_;

/*
 * Custom msection allocator (when not NULL).
 */

___msection *(*custom_msection_alloc_) ___PVOID;

} ___vmstate_mem;

typedef struct ___gstate_mem_struct {

  /*
   * Permanent objects are allocated in sections called "psections".
   * Each section contains multiple objects.  The sections are kept in a
   * list so that the storage they occupy can be reclaimed when the
   * program terminates.
   */

  void *psections;       /* list of psections */
  ___WORD *palloc_ptr;   /* allocation pointer in current psection */
  ___WORD *palloc_limit; /* allocation limit in current psection */

  /*
   * Global variable list.
   */

  ___glo_list_struct glo_list;

} ___gstate_mem;

/*
 * Header structure of procedural interrupts.
 */

typedef struct ___procedural_interrupt_header_struct
  {
    struct ___procedural_interrupt_header_struct * ___VOLATILE next;
    ___SCMOBJ (*execute_fn) ___P((void *self, ___SCMOBJ op),());
  } ___procedural_interrupt_header;

/*---------------------------------------------------------------------------*/

typedef struct ___processor_state_struct *___processor_state;
typedef struct ___virtual_machine_state_struct *___virtual_machine_state;
typedef struct ___global_state_struct *___global_state;

/* For implementation of on_all_processors */

typedef struct ___sync_op_struct
  {
    ___VOLATILE unsigned char op; /* operation requested */
    ___VOLATILE ___WORD arg[2];   /* arguments of the operation */
  } ___sync_op_struct;

/* Processor structure */

typedef struct ___processor_state_struct
  {
    ___WORD * ___VOLATILE stack_trip; /* place first for fast access */
    ___WORD *stack_limit;
    ___WORD *fp;
    ___WORD *stack_start;
    ___WORD *stack_break;

    ___WORD *heap_limit;
    ___WORD *hp;

    ___WORD r[___NB_GVM_REGS]; /* GVM registers */

    ___WORD pc;
    ___WORD na;

    ___WORD saved[3]; /* Scheme objects protected from GC */

    ___WORD type_cache[2];
#define ___CHAR_INPUT_PORT_TYPE_CACHE  0
#define ___CHAR_OUTPUT_PORT_TYPE_CACHE 1

    /* these handlers are duplicated from the global state for quick access */

    ___WORD handler_sfun_conv_error;
    ___WORD handler_cfun_conv_error;
    ___WORD handler_stack_limit;
    ___WORD handler_heap_limit;
    ___WORD handler_not_proc;
    ___WORD handler_not_proc_glo;
    ___WORD handler_wrong_nargs;
    ___WORD handler_get_rest;
    ___WORD handler_get_key;
    ___WORD handler_get_key_rest;
    ___WORD handler_force;
    ___WORD handler_return_to_c;
    ___WORD handler_break;
    ___WORD internal_return;
    ___WORD dynamic_env_bind_return;

    ___WORD temp1;
    ___WORD temp2;
    ___WORD temp3;
    ___WORD temp4;

    ___F64 f64_temp1;
    ___F64 f64_temp2;

    ___WORD intr_enabled; /* global interrupt enable */
    ___WORD intr_mask; /* 1 bit means interrupt disabled */
    ___VOLATILE ___WORD intr_flag[___NB_INTRS];

    /* queue of procedural interrupts */
    ___procedural_interrupt_header * ___VOLATILE procedural_interrupts_head;
    ___procedural_interrupt_header * ___VOLATILE procedural_interrupts_tail;
    ___MUTEX_DECL(procedural_interrupts_mut)

    ___WORD processor_scmobj[___SUBTYPED_BODY+___PROCESSOR_SIZE+___PADDING_SIZE]; /* Scheme processor object */

#ifdef ___USE_UNWIND_C_STACK_TO_TRAMPOLINE
    ___WORD *c_stack_trip;
#endif

#ifdef ___ACTIVITY_LOG
    ___pstate_actlog actlog; /* activity log state */
#endif

    ___pstate_os os; /* OS specific state */

    ___pstate_mem mem; /* memory management state */

#ifdef ___DEBUG_CTRL_FLOW_HISTORY
    unsigned int ctrl_flow_history_index;
    ___source_location ctrl_flow_history[___CTRL_FLOW_HISTORY_LENGTH];
#endif

#ifdef ___DEBUG_STACK_LIMIT
    ___source_location poll_location;
    ___source_location stack_limit_location;
#endif

#ifdef ___DEBUG_HEAP_LIMIT
    ___source_location check_heap_location;
    ___source_location heap_limit_location;
#endif

#ifdef ___HEARTBEAT_USING_POLL_COUNTDOWN
    int heartbeat_interval;
    int heartbeat_countdown;
#endif

#ifdef ___USE_SETJMP
    ___jmpbuf_struct *catcher;
    ___SCMOBJ longjmp_err;
#endif

#ifndef ___SINGLE_THREADED_VMS

    /* this processor's VM */
    ___virtual_machine_state vmstate;

    /* this processor's OS thread */
    ___thread os_thread;

    /* for implementation of on_all_processors */
    ___VOLATILE int sync_id0;
    ___sync_op_struct sync_op0;
    ___VOLATILE int sync_id1;
    ___sync_op_struct sync_op1;
    ___VOLATILE int sync_id2;
    ___sync_op_struct sync_op2;
    ___MUTEX_DECL(sync_mut)
    ___CONDVAR_DECL(sync_cv)

#endif

#ifdef ___SUPPORT_PSTATE_BIND
    ___processor_state pstate_binding;
#endif
  } ___processor_state_struct;

#ifdef ___SUPPORT_LOWLEVEL_EXEC

typedef struct ___lowlevel_processor_state_struct
  {
    ___WORD *return_sp;
    ___WORD *return_handler;
  } ___lowlevel_processor_state_struct;

typedef struct ___aligned_lowlevel_processor_state_struct
  {
#ifdef ___PSTATE_ALIGN_MODULUS
    /*
     * pad so that the structure will be of a size that is a multiple
     * of ___PSTATE_ALIGN_MODULUS
     */
    ___WORD padding[(___PSTATE_ALIGN_MODULUS
#ifdef ___SUPPORT_LOWLEVEL_EXEC
                     - sizeof(___lowlevel_processor_state_struct)
#endif
                    ) >> ___LWS];
#endif
    ___lowlevel_processor_state_struct llpstate;
  } ___aligned_lowlevel_processor_state_struct;

#endif

typedef struct ___aligned_processor_state_struct
  {
#ifdef ___SUPPORT_LOWLEVEL_EXEC
    ___aligned_lowlevel_processor_state_struct aligned_llpstate;
#endif

    ___processor_state_struct pstate;

#if ___MAX_PROCESSORS > 1
#ifdef ___PSTATE_ALIGN_MULTIPLIER
    /*
     * pad so that ___aligned_processor_state_struct is a size that is
     * a multiple of ___PSTATE_ALIGN_MULTIPLIER
     */
    char padding[___PSTATE_ALIGN_MULTIPLIER -
                 (___PSTATE_ALIGN_MODULUS + sizeof(___processor_state_struct))
                 % ___PSTATE_ALIGN_MULTIPLIER];
#endif
#endif
  } ___aligned_processor_state_struct;

typedef void (*___host) ___P((___processor_state ___ps),());

typedef struct ___label_struct
  {
#ifdef ___SUPPORT_LABEL_VALUES
    ___FAKEVOIDSTAR host_label;
#define ___LABEL_HOST_LABEL (-3)
#define ___LABEL_HOST_LABEL_GET(lbl) \
*___CAST(___FAKEVOIDSTAR*,___SUBTYPED_TO(lbl,___LABEL_HOST_LABEL))
#define ___LABEL_HOST_LABEL_SET(lbl,hlbl) \
___LABEL_HOST_LABEL_GET(lbl) = hlbl
#define ___LABEL_PLACEHOLDER1(x) x,
#define ___LABEL_PLACEHOLDER2(x)
#define ___LABEL_NAME ___LABEL_HOST_LABEL
#define ___LABEL_START_TO_BODY 3
#else
#define ___LABEL_PLACEHOLDER1(x)
#define ___LABEL_PLACEHOLDER2(x) ,x
#define ___LABEL_NAME (___LABEL_ENTRY_OR_DESCR+1)
#define ___LABEL_START_TO_BODY 2
#endif
#define ___LABEL_NAME_GET(lbl) *___SUBTYPED_TO(lbl,___LABEL_NAME)
#define ___LABEL_NAME_SET(lbl, val) ___LABEL_NAME_GET(lbl) = val

    ___FAKEHOST host;
#define ___LABEL_HOST (-2)
#define ___LABEL_HOST_GET(lbl) \
(*___CAST(___FAKEHOST*,___SUBTYPED_TO(lbl,___LABEL_HOST)))

    ___WORD header;

    ___WORD entry_or_descr;
#define ___LABEL_ENTRY_OR_DESCR 0
#define ___LABEL_INFO ___LABEL_ENTRY_OR_DESCR
#define ___LABEL_ENTRY_GET(lbl) *___SUBTYPED_TO(lbl,___LABEL_ENTRY_OR_DESCR)
#define ___LABEL_ENTRY_SET(lbl, val) ___LABEL_ENTRY_GET(lbl) = val
#define ___LABEL_DESCR_GET(lbl) ___LABEL_ENTRY_GET(lbl)
#define ___LABEL_DESCR_SET(lbl, val) ___LABEL_ENTRY_SET(lbl, val)
#define ___LABEL_INFO_GET(lbl) ___LABEL_ENTRY_GET(lbl)
#define ___LABEL_INFO_SET(lbl, val) ___LABEL_ENTRY_SET(lbl, val)

#if ___LABEL_SIZE - ___LABEL_START_TO_BODY - 1 > 0
    ___FAKEVOIDSTAR padding[___LABEL_SIZE - ___LABEL_START_TO_BODY - 1];
#endif
  } ___label_struct;

#if ___LABEL_SIZE == 4
#define ___LABEL_ZERO_FILL
#else
#if ___LABEL_SIZE == 5
#define ___LABEL_ZERO_FILL ,{0}
#else
#if ___LABEL_SIZE == 6
#define ___LABEL_ZERO_FILL ,{0,0}
#else
#if ___LABEL_SIZE == 7
#define ___LABEL_ZERO_FILL ,{0,0,0}
#else
#define ___LABEL_ZERO_FILL ,{0,0,0,0}
#endif
#endif
#endif
#endif

#define ___BEGIN_LBL \
___LOCAL ___label_struct ___lbltbl[]={

#define ___DEF_LBL_INTRO(id,name,info,nlbls,cproc) \
{ ___LABEL_PLACEHOLDER1(___CAST_VOIDSTAR_TO_FAKEVOIDSTAR(name)) \
  ___CAST_HOST_TO_FAKEHOST(___CAST(___host,cproc)), \
  ___MAKE_HD((nlbls<<___LWS),___sVECTOR,___PERM), \
  info \
  ___LABEL_PLACEHOLDER2(___CAST_VOIDSTAR_TO_FAKEVOIDSTAR(name)) \
  ___LABEL_ZERO_FILL \
}

#define ___DEF_LBL_PROC(id,nbp,nbc) \
{ ___LABEL_PLACEHOLDER1(0) \
  ___CAST_HOST_TO_FAKEHOST(___SM(___MH_PROC,id)), \
  ___PRD(nbp,nbc), \
  0 \
  ___LABEL_PLACEHOLDER2(0) \
  ___LABEL_ZERO_FILL \
}

#define ___DEF_LBL_RET(id,frm) \
{ ___LABEL_PLACEHOLDER1(0) \
  ___CAST_HOST_TO_FAKEHOST(___SM(___MH_PROC,id)), \
  ___MAKE_HD(0,___sRETURN,___PERM), \
  frm \
  ___LABEL_PLACEHOLDER2(0) \
  ___LABEL_ZERO_FILL \
}

#define ___END_LBL \
___PADDING_LBL};

/* Module structure */

typedef struct ___module_struct
  {
    int version;
    int kind;
    int sizeof_module_struct;
    int sizeof_global_state_struct;
    int sizeof_virtual_machine_state_struct;
    int sizeof_processor_state_struct;
    ___UTF_8STRING name;
    int flags;
    ___FAKEWORD *glotbl; int glocount; int supcount;
    ___UTF_8STRING *glo_names;
    ___FAKEWORD *symtbl; int symcount;
    ___UTF_8STRING *sym_names;
    ___FAKEWORD *keytbl; int keycount;
    ___UTF_8STRING *key_names;
    ___WORD *lp;
    ___label_struct *lbltbl; int lblcount;
    ___WORD *ofdtbl; int ofd_length;
    ___WORD *cnstbl; int cnscount;
    ___FAKEWORD *subtbl; int subcount;
    ___WORD (*setup_mod) ___PVOID;
    ___WORD (*init_mod) ___P((___PSDNC),());
    ___UTF_8STRING script_line;
    struct ___module_struct *next;
    ___SCMOBJ moddescr; /* module descriptor */
  } ___module_struct;

/* Linkfile structure */

typedef struct ___linkinfo_struct
  {
    union ___mod_or_lnk_union *mol;
    ___SCMOBJ flags;
  } ___linkinfo;

typedef struct ___linkfile_struct
  {
    int version;
    int kind;
    ___UTF_8STRING name;
    ___FAKEWORD *sym_list;
    ___FAKEWORD *key_list;
    ___linkinfo *linkertbl;
  } ___linkfile_struct;

/* Module or linkfile structure */

typedef union ___mod_or_lnk_union
  {
    ___module_struct module;
    ___linkfile_struct linkfile;
  } *___mod_or_lnk;

/* Program startup information structure */

typedef struct ___program_startup_info_struct
  {
    ___UCS_2STRING *argv;
    ___UCS_2STRING script_line;

#ifdef ___OS_WIN32

    HINSTANCE hInstance;
    HINSTANCE hPrevInstance;
    LPSTR lpCmdLine;
    int nCmdShow;

#endif
  } ___program_startup_info_struct;

/* Virtual machine state structure */

typedef struct ___virtual_machine_state_struct
  {
    ___aligned_processor_state_struct aligned_pstate[___MAX_PROCESSORS]; /* VM's processors */

    ___VOLATILE int processor_count; /* number of processors in this VM */

    ___WORD vm_scmobj[___SUBTYPED_BODY+___VM_SIZE+___PADDING_SIZE]; /* Scheme vm object */

#ifdef ___ACTIVITY_LOG
    ___vmstate_actlog actlog; /* activity log state */
#endif

#ifdef ___DEBUG_TICKETLOCK
    ___VOLATILE ___WORD ticketlock_history_index;
    ___ticketlock_location ticketlock_history[___TICKETLOCK_HISTORY_LENGTH];
#endif

    ___vmstate_os os; /* OS specific state */

    ___vmstate_mem mem; /* memory management state */

    ___SCMOBJ main_module_ref; /* symbol identifying the VM's main module */

#ifndef ___SINGLE_VM

    ___VOLATILE ___virtual_machine_state prev; /* circular list links */
    ___VOLATILE ___virtual_machine_state next;

    ___SCMOBJ *glos; /* Scheme global variables */

#endif

  } ___virtual_machine_state_struct;

#define ___PROCESSOR_ID(ps,vms) \
(___CAST(___aligned_processor_state_struct*,ps) - \
 ___CAST(___aligned_processor_state_struct*,&(vms)->aligned_pstate[0].pstate))


#define ___PSTATE_FROM_PROCESSOR_ID(id,vms) \
(&(vms)->aligned_pstate[id].pstate)

/* Setup parameters structure */

#define ___IO_SETTINGS_STDIN    0
#define ___IO_SETTINGS_STDOUT   1
#define ___IO_SETTINGS_STDERR   2
#define ___IO_SETTINGS_TERMINAL 3
#define ___IO_SETTINGS_STDIO    4
#define ___IO_SETTINGS_FILE     5
#define ___IO_SETTINGS_GENERAL  6
#define ___IO_SETTINGS_LAST     ___IO_SETTINGS_GENERAL

#ifndef ___IO_SETTINGS_DEFAULT
#define ___IO_SETTINGS_DEFAULT \
(___CHAR_ENCODING_ERRORS_ON | \
 ___CHAR_ENCODING_UTF_8 | \
 ___EOL_ENCODING_LF | \
 ___FULL_BUFFERING)
#endif

typedef struct ___setup_params_struct
  {
    int version;
    ___UCS_2STRING *argv;
    ___SIZE_T min_heap;
    ___SIZE_T max_heap;
    int live_percent;
    int parallelism_level;
    ___SIZE_TS (*adjust_heap_hook) ___P((___SIZE_TS live),());
    void (*display_error) ___P((char **msgs),());
    void (*fatal_error) ___P((char **msgs),());
    int standard_level;
    int debug_settings;
    int io_settings[___IO_SETTINGS_LAST+1];
    ___UCS_2STRING gambitdir;
    ___UCS_2STRING *gambitdir_map;
    ___UCS_2STRING *module_search_order;
    ___UCS_2STRING *module_whitelist;
    int module_install_mode;
    ___UCS_2STRING repl_client_addr;
    ___UCS_2STRING repl_server_addr;
    ___mod_or_lnk (*linker) ___P((___global_state),());

    ___UCS_2 reset_argv0[1]; /* defaults for argv */
    ___UCS_2STRING reset_argv[2];
  } ___setup_params_struct;

#define ___DEBUG_SETTINGS_LEVEL_MASK          15
#define ___DEBUG_SETTINGS_LEVEL_SHIFT         0
#define ___DEBUG_SETTINGS_UNCAUGHT_MASK       (1<<4)
#define ___DEBUG_SETTINGS_UNCAUGHT_PRIMORDIAL 0
#define ___DEBUG_SETTINGS_UNCAUGHT_ALL        1
#define ___DEBUG_SETTINGS_UNCAUGHT_SHIFT      4
#define ___DEBUG_SETTINGS_ERROR_MASK          (3<<5)
#define ___DEBUG_SETTINGS_ERROR_REPL          0
#define ___DEBUG_SETTINGS_ERROR_SINGLE_STEP   1
#define ___DEBUG_SETTINGS_ERROR_QUIT          2
#define ___DEBUG_SETTINGS_ERROR_SHIFT         5
#define ___DEBUG_SETTINGS_REPL_MASK           (7<<7)
#define ___DEBUG_SETTINGS_REPL_CONSOLE        0
#define ___DEBUG_SETTINGS_REPL_STDIO          1
#define ___DEBUG_SETTINGS_REPL_STDIO_AND_ERR  2
#define ___DEBUG_SETTINGS_REPL_CLIENT         3
#define ___DEBUG_SETTINGS_REPL_SHIFT          7
#define ___DEBUG_SETTINGS_USER_INTR_MASK      (3<<10)
#define ___DEBUG_SETTINGS_USER_INTR_REPL      0
#define ___DEBUG_SETTINGS_USER_INTR_DEFER     1
#define ___DEBUG_SETTINGS_USER_INTR_QUIT      2
#define ___DEBUG_SETTINGS_USER_INTR_SHIFT     10

#define ___DEBUG_SETTINGS_BACKTRACE_DETAIL_LEVEL_MASK  (15<<12)
#define ___DEBUG_SETTINGS_BACKTRACE_DETAIL_LEVEL_SHIFT 12
#define ___DEBUG_SETTINGS_HIGHLIGHT_SOURCE_LEVEL_MASK  (15<<16)
#define ___DEBUG_SETTINGS_HIGHLIGHT_SOURCE_LEVEL_SHIFT 16

#define ___DEBUG_SETTINGS_LEVEL(settings) \
(((settings) & ___DEBUG_SETTINGS_LEVEL_MASK) \
 >> ___DEBUG_SETTINGS_LEVEL_SHIFT)

#define ___DEBUG_SETTINGS_UNCAUGHT(settings) \
(((settings) & ___DEBUG_SETTINGS_UNCAUGHT_MASK) \
 >> ___DEBUG_SETTINGS_LEVEL_SHIFT)

#define ___DEBUG_SETTINGS_ERROR(settings) \
(((settings) & ___DEBUG_SETTINGS_ERROR_MASK) \
 >> ___DEBUG_SETTINGS_LEVEL_SHIFT)

#define ___DEBUG_SETTINGS_REPL(settings) \
(((settings) & ___DEBUG_SETTINGS_REPL_MASK) \
 >> ___DEBUG_SETTINGS_LEVEL_SHIFT)

#define ___DEBUG_SETTINGS_USER_INTR(settings) \
(((settings) & ___DEBUG_SETTINGS_USER_INTR_MASK) \
 >> ___DEBUG_SETTINGS_LEVEL_SHIFT)

#define ___DEBUG_SETTINGS_BACKTRACE_DETAIL_LEVEL(settings) \
(((settings) & ___DEBUG_SETTINGS_BACKTRACE_DETAIL_LEVEL_MASK) \
 >> ___DEBUG_SETTINGS_BACKTRACE_DETAIL_LEVEL_SHIFT)

#define ___DEBUG_SETTINGS_HIGHLIGHT_SOURCE_LEVEL(settings) \
(((settings) & ___DEBUG_SETTINGS_HIGHLIGHT_SOURCE_LEVEL_MASK) \
 >> ___DEBUG_SETTINGS_HIGHLIGHT_SOURCE_LEVEL_SHIFT)

#define ___DEBUG_SETTINGS_INITIAL \
((1 << ___DEBUG_SETTINGS_LEVEL_SHIFT) | \
 (___DEBUG_SETTINGS_UNCAUGHT_PRIMORDIAL \
  << ___DEBUG_SETTINGS_UNCAUGHT_SHIFT) | \
 (___DEBUG_SETTINGS_ERROR_QUIT \
  << ___DEBUG_SETTINGS_ERROR_SHIFT) | \
 (___DEBUG_SETTINGS_REPL_STDIO \
  << ___DEBUG_SETTINGS_REPL_SHIFT) | \
 (___DEBUG_SETTINGS_USER_INTR_QUIT \
  << ___DEBUG_SETTINGS_USER_INTR_SHIFT) | \
 (0 << ___DEBUG_SETTINGS_BACKTRACE_DETAIL_LEVEL_SHIFT) | \
 (1 << ___DEBUG_SETTINGS_HIGHLIGHT_SOURCE_LEVEL_SHIFT))

#define ___DEBUG_SETTINGS_DEFAULT \
((((___DEBUG_SETTINGS_INITIAL \
    & ~___DEBUG_SETTINGS_ERROR_MASK) | ___DEBUG_SETTINGS_ERROR_REPL)    \
  & ~___DEBUG_SETTINGS_USER_INTR_MASK) | ___DEBUG_SETTINGS_USER_INTR_REPL)

#define ___MODULE_INSTALL_MODE_INITIAL ___MODULE_INSTALL_MODE_ASK_WHEN_REPL
#define ___MODULE_INSTALL_MODE_ASK_NEVER     0
#define ___MODULE_INSTALL_MODE_ASK_WHEN_REPL 1
#define ___MODULE_INSTALL_MODE_ASK_ALWAYS    2

/* Global state structure */

typedef struct ___global_state_struct
  {
    ___virtual_machine_state_struct vmstate0; /* first VM */

#ifndef ___SINGLE_VM
    ___MUTEX_DECL(vm_list_mut) /* mutex for accessing VM list */
#endif

    int setup_state; /* 0=pre-setup, 1=post-setup, 2=post-cleanup */

    ___setup_params_struct setup_params; /* params received by ___setup */

    /* these handlers are duplicated in the processor state for quick access */

    ___WORD handler_sfun_conv_error;
    ___WORD handler_cfun_conv_error;
    ___WORD handler_stack_limit;
    ___WORD handler_heap_limit;
    ___WORD handler_not_proc;
    ___WORD handler_not_proc_glo;
    ___WORD handler_wrong_nargs;
    ___WORD handler_get_rest;
    ___WORD handler_get_key;
    ___WORD handler_get_key_rest;
    ___WORD handler_force;
    ___WORD handler_return_to_c;
    ___WORD handler_break;
    ___WORD internal_return;
    ___WORD dynamic_env_bind_return;

    ___SCMOBJ symbol_table;   /* Hash table of all interned symbols.  */
    ___SCMOBJ keyword_table;  /* Hash table of all interned keywords. */
    ___SCMOBJ command_line;   /* List of command line arguments.      */
    ___SCMOBJ program_descr;  /* Program descriptor.                  */

    ___gstate_mem mem; /* memory management state */

#ifndef ___CAN_IMPORT_CLIB_DYNAMICALLY
    double (*fabs)
       ___P((double x),
            ());
    double (*floor)
       ___P((double x),
            ());
    double (*ceil)
       ___P((double x),
            ());
    double (*scalbn)
       ___P((double x,
             int n),
            ());
    int (*ilogb)
       ___P((double x),
            ());
    double (*exp)
       ___P((double x),
            ());
    double (*expm1)
       ___P((double x),
            ());
    double (*log)
       ___P((double x),
            ());
    double (*log1p)
       ___P((double x),
            ());
    double (*sin)
       ___P((double x),
            ());
    double (*cos)
       ___P((double x),
            ());
    double (*tan)
       ___P((double x),
            ());
    double (*asin)
       ___P((double x),
            ());
    double (*acos)
       ___P((double x),
            ());
    double (*atan)
       ___P((double x),
            ());
    double (*sinh)
       ___P((double x),
            ());
    double (*cosh)
       ___P((double x),
            ());
    double (*tanh)
       ___P((double x),
            ());
    double (*asinh)
       ___P((double x),
            ());
    double (*acosh)
       ___P((double x),
            ());
    double (*atanh)
       ___P((double x),
            ());
    double (*atan2)
       ___P((double y,
             double x),
            ());
    double (*pow)
       ___P((double x,
             double y),
            ());
    double (*sqrt)
       ___P((double x),
            ());
#endif

#ifndef ___CAN_IMPORT_DYNAMICALLY
#ifdef ___USE_C_RTS_CHAR_OPERATIONS
    ___BOOL (*___iswalpha)
       ___P((___UCS_4 x),
            ());
    ___BOOL (*___iswdigit)
       ___P((___UCS_4 x),
            ());
    ___BOOL (*___iswspace)
       ___P((___UCS_4 x),
            ());
    ___BOOL (*___iswupper)
       ___P((___UCS_4 x),
            ());
    ___BOOL (*___iswlower)
       ___P((___UCS_4 x),
            ());
    ___UCS_4 (*___towupper)
       ___P((___UCS_4 x),
            ());
    ___UCS_4 (*___towlower)
       ___P((___UCS_4 x),
            ());
    ___SCMOBJ (*___string_collate)
       ___P((___SCMOBJ s1,
             ___SCMOBJ s2),
            ());
    ___SCMOBJ (*___string_collate_ci)
       ___P((___SCMOBJ s1,
             ___SCMOBJ s2),
            ());
#endif
    double (*___copysign)
       ___P((double x,
             double y),
            ());
    ___BOOL (*___isfinite)
       ___P((double x),
            ());
    ___BOOL (*___isinf)
       ___P((double x),
            ());
    ___BOOL (*___isnan)
       ___P((double x),
            ());
    double (*___trunc)
       ___P((double x),
            ());
    double (*___round)
       ___P((double x),
            ());
#ifdef ___DEFINE_SCALBN
    double (*___scalbn)
       ___P((double x,
             int n),
            ());
#endif
#ifdef ___DEFINE_ILOGB
    int (*___ilogb)
       ___P((double x),
            ());
#endif
#ifdef ___DEFINE_EXPM1
    double (*___expm1)
       ___P((double x),
            ());
#endif
#ifdef ___DEFINE_LOG1P
    double (*___log1p)
       ___P((double x),
            ());
#endif
#ifdef ___DEFINE_SINH
    double (*___sinh)
       ___P((double x),
            ());
#endif
#ifdef ___DEFINE_COSH
    double (*___cosh)
       ___P((double x),
            ());
#endif
#ifdef ___DEFINE_TANH
    double (*___tanh)
       ___P((double x),
            ());
#endif
#ifdef ___DEFINE_ASINH
    double (*___asinh)
       ___P((double x),
            ());
#endif
#ifdef ___DEFINE_ACOSH
    double (*___acosh)
       ___P((double x),
            ());
#endif
#ifdef ___DEFINE_ATANH
    double (*___atanh)
       ___P((double x),
            ());
#endif
#ifdef ___DEFINE_ATAN2
    double (*___atan2)
       ___P((double y,
             double x),
            ());
#endif
#ifdef ___DEFINE_POW
    double (*___pow)
       ___P((double x,
             double y),
            ());
#endif
#ifdef ___DEFINE_HYPOT
    double (*___hypot)
       ___P((double x,
             double y),
            ());
#endif
    ___SCMOBJ (*___F64_to_STRING)
       ___P((___PSD
             double x),
            ());
    ___S64 (*___S64_from_SM32_fn)
       ___P((___SM32 val),
            ());
    ___S64 (*___S64_from_SM32_UM32_fn)
       ___P((___SM32 hi32,
             ___UM32 lo32),
            ());
    ___S64 (*___S64_from_LONGLONG_fn)
       ___P((___LONGLONG val),
            ());
    ___LONGLONG (*___S64_to_LONGLONG_fn)
       ___P((___S64 val),
            ());
    ___BOOL (*___S64_fits_in_width_fn)
       ___P((___S64 val,
             int width),
            ());
    ___U64 (*___U64_from_UM32_fn)
       ___P((___UM32 val),
            ());
    ___U64 (*___U64_from_UM32_UM32_fn)
       ___P((___UM32 hi32,
             ___UM32 lo32),
            ());
    ___U64 (*___U64_from_ULONGLONG_fn)
       ___P((___ULONGLONG val),
            ());
    ___ULONGLONG (*___U64_to_ULONGLONG_fn)
       ___P((___U64 val),
            ());
    ___BOOL (*___U64_fits_in_width_fn)
       ___P((___U64 val,
             int width),
            ());
    ___U64 (*___U64_mul_UM32_UM32_fn)
       ___P((___UM32 x,
             ___UM32 y),
            ());
    ___U64 (*___U64_add_U64_U64_fn)
       ___P((___U64 x,
             ___U64 y),
            ());
    ___SCMOBJ (*___SCMOBJ_to_S8)
       ___P((___PSD
             ___SCMOBJ obj,
             ___S8 *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_U8)
       ___P((___PSD
             ___SCMOBJ obj,
             ___U8 *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_S16)
       ___P((___PSD
             ___SCMOBJ obj,
             ___S16 *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_U16)
       ___P((___PSD
             ___SCMOBJ obj,
             ___U16 *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_S32)
       ___P((___PSD
             ___SCMOBJ obj,
             ___S32 *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_U32)
       ___P((___PSD
             ___SCMOBJ obj,
             ___U32 *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_S64)
       ___P((___PSD
             ___SCMOBJ obj,
             ___S64 *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_U64)
       ___P((___PSD
             ___SCMOBJ obj,
             ___U64 *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_F32)
       ___P((___PSD
             ___SCMOBJ obj,
             ___F32 *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_F64)
       ___P((___PSD
             ___SCMOBJ obj,
             ___F64 *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_CHAR)
       ___P((___PSD
             ___SCMOBJ obj,
             char *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_SCHAR)
       ___P((___PSD
             ___SCMOBJ obj,
             ___SCHAR *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_UCHAR)
       ___P((___PSD
             ___SCMOBJ obj,
             unsigned char *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_ISO_8859_1)
       ___P((___PSD
             ___SCMOBJ obj,
             ___ISO_8859_1 *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_UCS_2)
       ___P((___PSD
             ___SCMOBJ obj,
             ___UCS_2 *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_UCS_4)
       ___P((___PSD
             ___SCMOBJ obj,
             ___UCS_4 *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_WCHAR)
       ___P((___PSD
             ___SCMOBJ obj,
             ___WCHAR *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_SIZE_T)
       ___P((___PSD
             ___SCMOBJ obj,
             ___SIZE_T *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_SSIZE_T)
       ___P((___PSD
             ___SCMOBJ obj,
             ___SSIZE_T *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_PTRDIFF_T)
       ___P((___PSD
             ___SCMOBJ obj,
             ___PTRDIFF_T *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_SHORT)
       ___P((___PSD
             ___SCMOBJ obj,
             short *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_USHORT)
       ___P((___PSD
             ___SCMOBJ obj,
             unsigned short *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_INT)
       ___P((___PSD
             ___SCMOBJ obj,
             int *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_UINT)
       ___P((___PSD
             ___SCMOBJ obj,
             unsigned int *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_LONG)
       ___P((___PSD
             ___SCMOBJ obj,
             long *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_ULONG)
       ___P((___PSD
             ___SCMOBJ obj,
             unsigned long *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_LONGLONG)
       ___P((___PSD
             ___SCMOBJ obj,
             ___LONGLONG *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_ULONGLONG)
       ___P((___PSD
             ___SCMOBJ obj,
             ___ULONGLONG *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_FLOAT)
       ___P((___PSD
             ___SCMOBJ obj,
             float *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_DOUBLE)
       ___P((___PSD
             ___SCMOBJ obj,
             double *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_STRUCT)
       ___P((___PSD
             ___SCMOBJ obj,
             void **x,
             ___SCMOBJ tags,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_UNION)
       ___P((___PSD
             ___SCMOBJ obj,
             void **x,
             ___SCMOBJ tags,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_TYPE)
       ___P((___PSD
             ___SCMOBJ obj,
             void **x,
             ___SCMOBJ tags,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_POINTER)
       ___P((___PSD
             ___SCMOBJ obj,
             void **x,
             ___SCMOBJ tags,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLPOINTER)
       ___P((___PSD
             ___SCMOBJ obj,
             void **x,
             ___SCMOBJ tags,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_FUNCTION)
       ___P((___PSD
             ___SCMOBJ obj,
             void *converter,
             void **x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLFUNCTION)
       ___P((___PSD
             ___SCMOBJ obj,
             void *converter,
             void **x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_BOOL)
       ___P((___PSD
             ___SCMOBJ obj,
             ___BOOL *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_STRING)
       ___P((___PSD
             ___SCMOBJ obj,
             void **x,
             int arg_num,
             int char_encoding,
             int fudge),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLSTRING)
       ___P((___PSD
             ___SCMOBJ obj,
             void **x,
             int arg_num,
             int char_encoding,
             int fudge),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLSTRINGLIST)
       ___P((___PSD
             ___SCMOBJ obj,
             void **x,
             int arg_num,
             int char_encoding),
            ());
    ___SCMOBJ (*___SCMOBJ_to_CHARSTRING)
       ___P((___PSD
             ___SCMOBJ obj,
             char **x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLCHARSTRING)
       ___P((___PSD
             ___SCMOBJ obj,
             char **x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLCHARSTRINGLIST)
       ___P((___PSD
             ___SCMOBJ obj,
             char ***x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_ISO_8859_1STRING)
       ___P((___PSD
             ___SCMOBJ obj,
             ___ISO_8859_1STRING *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLISO_8859_1STRING)
       ___P((___PSD
             ___SCMOBJ obj,
             ___ISO_8859_1STRING *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLISO_8859_1STRINGLIST)
       ___P((___PSD
             ___SCMOBJ obj,
             ___ISO_8859_1STRING **x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_UTF_8STRING)
       ___P((___PSD
             ___SCMOBJ obj,
             ___UTF_8STRING *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLUTF_8STRING)
       ___P((___PSD
             ___SCMOBJ obj,
             ___UTF_8STRING *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLUTF_8STRINGLIST)
       ___P((___PSD
             ___SCMOBJ obj,
             ___UTF_8STRING **x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_UTF_16STRING)
       ___P((___PSD
             ___SCMOBJ obj,
             ___UTF_16STRING *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLUTF_16STRING)
       ___P((___PSD
             ___SCMOBJ obj,
             ___UTF_16STRING *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLUTF_16STRINGLIST)
       ___P((___PSD
             ___SCMOBJ obj,
             ___UTF_16STRING **x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_UCS_2STRING)
       ___P((___PSD
             ___SCMOBJ obj,
             ___UCS_2STRING *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLUCS_2STRING)
       ___P((___PSD
             ___SCMOBJ obj,
             ___UCS_2STRING *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLUCS_2STRINGLIST)
       ___P((___PSD
             ___SCMOBJ obj,
             ___UCS_2STRING **x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_UCS_4STRING)
       ___P((___PSD
             ___SCMOBJ obj,
             ___UCS_4STRING *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLUCS_4STRING)
       ___P((___PSD
             ___SCMOBJ obj,
             ___UCS_4STRING *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLUCS_4STRINGLIST)
       ___P((___PSD
             ___SCMOBJ obj,
             ___UCS_4STRING **x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_WCHARSTRING)
       ___P((___PSD
             ___SCMOBJ obj,
             ___WCHARSTRING *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLWCHARSTRING)
       ___P((___PSD
             ___SCMOBJ obj,
             ___WCHARSTRING *x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_NONNULLWCHARSTRINGLIST)
       ___P((___PSD
             ___SCMOBJ obj,
             ___WCHARSTRING **x,
             int arg_num),
            ());
    ___SCMOBJ (*___SCMOBJ_to_VARIANT)
       ___P((___PSD
             ___SCMOBJ obj,
             ___VARIANT *x,
             int arg_num),
            ());
    ___SCMOBJ (*___release_foreign)
       ___P((___SCMOBJ obj),
            ());
    ___SCMOBJ (*___release_pointer)
       ___P((void *x),
            ());
    ___SCMOBJ (*___release_function)
       ___P((void *x),
            ());
    void (*___addref_function)
       ___P((void *x),
            ());
    void (*___release_string)
       ___P((void *x),
            ());
    void (*___addref_string)
       ___P((void *x),
            ());
    void (*___release_string_list)
       ___P((void *x),
            ());
    void (*___addref_string_list)
       ___P((void *x),
            ());
    void (*___release_variant)
       ___P((___VARIANT x),
            ());
    void (*___addref_variant)
       ___P((___VARIANT x),
            ());
    ___SCMOBJ (*___S8_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___S8 x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___U8_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___U8 x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___S16_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___S16 x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___U16_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___U16 x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___S32_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___S32 x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___U32_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___U32 x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___S64_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___S64 x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___U64_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___U64 x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___F32_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___F32 x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___F64_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___F64 x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___CHAR_to_SCMOBJ)
       ___P((___processor_state ___ps,
             char x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___SCHAR_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___SCHAR x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___UCHAR_to_SCMOBJ)
       ___P((___processor_state ___ps,
             unsigned char x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___ISO_8859_1_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___ISO_8859_1 x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___UCS_2_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___UCS_2 x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___UCS_4_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___UCS_4 x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___WCHAR_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___WCHAR x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___SIZE_T_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___SIZE_T x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___SSIZE_T_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___SSIZE_T x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___PTRDIFF_T_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___PTRDIFF_T x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___SHORT_to_SCMOBJ)
       ___P((___processor_state ___ps,
             short x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___USHORT_to_SCMOBJ)
       ___P((___processor_state ___ps,
             unsigned short x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___INT_to_SCMOBJ)
       ___P((___processor_state ___ps,
             int x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___UINT_to_SCMOBJ)
       ___P((___processor_state ___ps,
             unsigned int x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___LONG_to_SCMOBJ)
       ___P((___processor_state ___ps,
             long x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___ULONG_to_SCMOBJ)
       ___P((___processor_state ___ps,
             unsigned long x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___LONGLONG_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___LONGLONG x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___ULONGLONG_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___ULONGLONG x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___FLOAT_to_SCMOBJ)
       ___P((___processor_state ___ps,
             float x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___DOUBLE_to_SCMOBJ)
       ___P((___processor_state ___ps,
             double x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___STRUCT_to_SCMOBJ)
       ___P((___processor_state ___ps,
             void *x,
             ___SCMOBJ tags,
             ___SCMOBJ (*release_fn) ___P((void *ptr),()),
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___UNION_to_SCMOBJ)
       ___P((___processor_state ___ps,
             void *x,
             ___SCMOBJ tags,
             ___SCMOBJ (*release_fn) ___P((void *ptr),()),
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___TYPE_to_SCMOBJ)
       ___P((___processor_state ___ps,
             void *x,
             ___SCMOBJ tags,
             ___SCMOBJ (*release_fn) ___P((void *ptr),()),
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___POINTER_to_SCMOBJ)
       ___P((___processor_state ___ps,
             void *x,
             ___SCMOBJ tags,
             ___SCMOBJ (*release_fn) ___P((void *ptr),()),
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLPOINTER_to_SCMOBJ)
       ___P((___processor_state ___ps,
             void *x,
             ___SCMOBJ tags,
             ___SCMOBJ (*release_fn) ___P((void *ptr),()),
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___FUNCTION_to_SCMOBJ)
       ___P((___processor_state ___ps,
             void *x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLFUNCTION_to_SCMOBJ)
       ___P((___processor_state ___ps,
             void *x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___BOOL_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___BOOL x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___STRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             void *x,
             ___SCMOBJ *obj,
             int arg_num,
             int char_encoding),
            ());
    ___SCMOBJ (*___NONNULLSTRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             void *x,
             ___SCMOBJ *obj,
             int arg_num,
             int char_encoding),
            ());
    ___SCMOBJ (*___NONNULLSTRINGLIST_to_SCMOBJ)
       ___P((___processor_state ___ps,
             void *x,
             ___SCMOBJ *obj,
             int arg_num,
             int char_encoding),
            ());
    ___SCMOBJ (*___CHARSTRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             char *x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLCHARSTRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             char *x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLCHARSTRINGLIST_to_SCMOBJ)
       ___P((___processor_state ___ps,
             char **x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___ISO_8859_1STRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___ISO_8859_1STRING x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLISO_8859_1STRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___ISO_8859_1STRING x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLISO_8859_1STRINGLIST_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___ISO_8859_1STRING *x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___UTF_8STRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___UTF_8STRING x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLUTF_8STRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___UTF_8STRING x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLUTF_8STRINGLIST_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___UTF_8STRING *x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___UTF_16STRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___UTF_16STRING x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLUTF_16STRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___UTF_16STRING x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLUTF_16STRINGLIST_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___UTF_16STRING *x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___UCS_2STRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___UCS_2STRING x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLUCS_2STRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___UCS_2STRING x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLUCS_2STRINGLIST_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___UCS_2STRING *x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___UCS_4STRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___UCS_4STRING x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLUCS_4STRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___UCS_4STRING x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLUCS_4STRINGLIST_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___UCS_4STRING *x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___WCHARSTRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___WCHARSTRING x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLWCHARSTRING_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___WCHARSTRING x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___NONNULLWCHARSTRINGLIST_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___WCHARSTRING *x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___VARIANT_to_SCMOBJ)
       ___P((___processor_state ___ps,
             ___VARIANT x,
             ___SCMOBJ *obj,
             int arg_num),
            ());
    ___SCMOBJ (*___STRING_to_UCS_2STRING)
       ___P((char *str_char,
             ___UCS_2STRING *str_UCS_2,
             int char_encoding),
            ());
    void (*___free_UCS_2STRING)
       ___P((___UCS_2STRING str_UCS_2),
            ());
    ___SCMOBJ (*___NONNULLSTRINGLIST_to_NONNULLUCS_2STRINGLIST)
       ___P((char **str_list_char,
             ___UCS_2STRING **str_list_UCS_2,
             int char_encoding),
            ());
    void (*___free_NONNULLUCS_2STRINGLIST)
       ___P((___UCS_2STRING *str_list_UCS_2),
            ());
    ___SCMOBJ (*___make_sfun_stack_marker)
       ___P((___processor_state ___ps,
             ___SCMOBJ *marker,
             ___SCMOBJ proc_or_false),
            ());
    void (*___kill_sfun_stack_marker)
       ___P((___SCMOBJ marker),
            ());
    void *(*___alloc_rc_no_register)
       ___P((___SIZE_T bytes),
            ());
    void *(*___register_rc)
       ___P((___PSD
             void *ptr),
            ());
    void *(*___alloc_rc)
       ___P((___PSD
             ___SIZE_T bytes),
            ());
    void (*___release_rc)
       ___P((void *ptr),
            ());
    void (*___addref_rc)
       ___P((void *ptr),
            ());
    ___WORD (*___refcount_rc)
       ___P((void *ptr),
            ());
    ___SCMOBJ (*___data_rc)
       ___P((void *ptr),
            ());
    void (*___set_data_rc)
       ___P((void *ptr,
             ___SCMOBJ val),
            ());
    ___SCMOBJ (*___alloc_scmobj)
       ___P((___processor_state ___ps,
             int subtype,
             ___SIZE_TS bytes),
            ());
    ___SCMOBJ (*___release_scmobj)
       ___P((___SCMOBJ obj),
            ());
    ___SCMOBJ (*___make_pair)
       ___P((___processor_state ___ps,
             ___SCMOBJ car,
             ___SCMOBJ cdr),
            ());
    ___SCMOBJ (*___make_vector)
       ___P((___processor_state ___ps,
             ___SIZE_TS length,
             ___SCMOBJ init),
            ());
    void (*___still_obj_refcount_inc)
       ___P((___SCMOBJ obj),
            ());
    void (*___still_obj_refcount_dec)
       ___P((___SCMOBJ obj),
            ());
    ___WORD (*___still_obj_refcount)
       ___P((___SCMOBJ obj),
            ());
    ___SCMOBJ (*___gc_hash_table_ref)
       ___P((___SCMOBJ ht,
             ___SCMOBJ key),
            ());
    ___SCMOBJ (*___gc_hash_table_set)
       ___P((___SCMOBJ ht,
             ___SCMOBJ key,
             ___SCMOBJ val),
            ());
    ___SCMOBJ (*___gc_hash_table_union_find)
       ___P((___SCMOBJ ht,
             ___SCMOBJ key1,
             ___SCMOBJ key2,
             ___BOOL find),
            ());
    ___SCMOBJ (*___gc_hash_table_rehash)
       ___P((___SCMOBJ ht_src,
             ___SCMOBJ ht_dst),
            ());
    void (*___cleanup) ___PVOID;
    void (*___cleanup_and_exit_process)
       ___P((int status),
            ());
    ___SCMOBJ (*___current_vm_resize)
       ___P((___PSD
            ___SCMOBJ thunk,
            int target_processor_count),
           ());
    ___BOOL (*___garbage_collect)
       ___P((___PSD
             ___SIZE_TS requested_words_still),
            ());
    ___SCMOBJ (*___setup_vmstate)
       ___P((___virtual_machine_state ___vms),
            ());
    void (*___cleanup_vmstate)
       ___P((___virtual_machine_state ___vms),
            ());
    ___SCMOBJ (*___setup_pstate)
       ___P((___processor_state ___ps,
             ___virtual_machine_state ___vms),
            ());
    void (*___cleanup_pstate)
       ___P((___processor_state ___ps),
            ());
    ___SIZE_T (*___get_min_heap) ___PVOID;
    void (*___set_min_heap)
       ___P((___SIZE_T bytes),
            ());
    ___SIZE_T (*___get_max_heap) ___PVOID;
    void (*___set_max_heap)
       ___P((___SIZE_T bytes),
            ());
    int (*___get_live_percent) ___PVOID;
    void (*___set_live_percent)
       ___P((int percent),
            ());
    int (*___get_parallelism_level) ___PVOID;
    void (*___set_parallelism_level)
       ___P((int level),
            ());
    int (*___get_standard_level) ___PVOID;
    void (*___set_standard_level)
       ___P((int level),
            ());
    int (*___get_debug_settings) ___PVOID;
    int (*___set_debug_settings)
       ___P((int mask,
             int new_settings),
            ());
    int (*___get_io_settings)
       ___P((int index),
            ());
    void (*___set_io_settings)
       ___P((int index,
             int settings),
            ());
    ___UCS_2STRING (*___get_gambitdir) ___PVOID;
    void (*___set_gambitdir)
       ___P((___UCS_2STRING gambitdir),
            ());
    ___UCS_2STRING* (*___get_gambitdir_map) ___PVOID;
    void (*___set_gambitdir_map)
       ___P((___UCS_2STRING *gambitdir_map),
            ());
    ___UCS_2STRING* (*___get_module_search_order) ___PVOID;
    void (*___set_module_search_order)
       ___P((___UCS_2STRING *module_search_order),
            ());
    ___UCS_2STRING* (*___get_module_whitelist) ___PVOID;
    void (*___set_module_whitelist)
       ___P((___UCS_2STRING *module_whitelist),
            ());
    int (*___get_module_install_mode) ___PVOID;
    void (*___set_module_install_mode)
       ___P((int module_install_mode),
            ());
    ___UCS_2STRING (*___get_repl_client_addr) ___PVOID;
    void (*___set_repl_client_addr)
       ___P((___UCS_2STRING repl_client_addr),
            ());
    ___UCS_2STRING (*___get_repl_server_addr) ___PVOID;
    void (*___set_repl_server_addr)
       ___P((___UCS_2STRING repl_server_addr),
            ());
    ___program_startup_info_struct *(*___get_program_startup_info) ___PVOID;
    ___SCMOBJ (*___call)
       ___P((___PSD
             ___WORD nargs,
             ___SCMOBJ proc,
             ___SCMOBJ marker),
            ());
    ___SCMOBJ (*___run)
       ___P((___PSD
             ___SCMOBJ thunk),
            ());
#ifdef ___USE_UNWIND_C_STACK_TO_TRAMPOLINE
    void (*___unwind_c_stack_to_trampoline)
       ___P((___PSDNC),
            ());
#endif
#ifdef ___SUPPORT_LOWLEVEL_EXEC
    void (*___lowlevel_exec)
       ___P((___processor_state ___ps),
            ());
#endif
    ___SCMOBJ (*___machine_code_block_fixup)
       ___P((___processor_state ___ps,
             void *mcb,
             ___SCMOBJ fixup_locs,
             ___SCMOBJ fixup_objs),
            ());
    void (*___throw_error)
       ___P((___PSD
             ___SCMOBJ err),
            ());
    void (*___propagate_error)
       ___P((___PSD
             ___SCMOBJ err),
            ());
#ifdef ___DEBUG_HOST_CHANGES
    void (*___register_host_entry)
       ___P((___PSD
             ___WORD start,
             char *module_name,
             char *file,
             int line),
            ());
#endif
#ifdef ___ACTIVITY_LOG
    void (*___actlog_add_pstate)
       ___P((___processor_state ___ps,
             ___U16 *type,
             char *name,
             ___U32 color),
            ());
    void (*___actlog_begin_pstate)
       ___P((___processor_state ___ps,
             ___U16 *type,
             char *name,
             ___U32 color),
            ());
    void (*___actlog_end_pstate)
       ___P((___processor_state ___ps),
            ());
    void (*___actlog_start)
       ___P((___processor_state ___ps),
            ());
    void (*___actlog_stop)
       ___P((___processor_state ___ps),
            ());
    void (*___actlog_dump)
       ___P((___virtual_machine_state ___vms,
             char *filename),
           ());
#endif
    void (*___raise_high_level_interrupt_pstate)
       ___P((___processor_state ___ps,
             ___SCMOBJ intr),
            ());
    ___SCMOBJ (*___get_next_high_level_interrupt_pstate)
       ___P((___processor_state ___ps),
            ());
    void (*___init_procedural_interrupt)
       ___P((void *intr,
             ___SCMOBJ (*execute_fn) ___P((void *self, ___SCMOBJ op),())),
            ());
    void (*___raise_procedural_interrupt_pstate)
       ___P((___processor_state ___ps,
             void *intr),
            ());
    void (*___raise_interrupt_pstate)
       ___P((___processor_state ___ps,
             int code),
            ());
    void (*___raise_interrupt_vmstate)
       ___P((___virtual_machine_state ___vms,
             int code),
            ());
    void (*___raise_interrupt)
       ___P((int code),
            ());
    ___SCMOBJ (*___service_interrupts_pstate)
       ___P((___processor_state ___ps),
            ());
    void (*___refresh_interrupts_pstate)
       ___P((___processor_state ___ps),
            ());
    void (*___disable_interrupts_pstate)
       ___P((___processor_state ___ps),
            ());
    void (*___enable_interrupts_pstate)
       ___P((___processor_state ___ps),
            ());
    void (*___mask_all_interrupts_begin)
       ___P((___mask_all_interrupts_state *state),
            ());
    void (*___mask_all_interrupts_end)
       ___P((___mask_all_interrupts_state *state),
            ());
    void (*___mask_user_interrupts_begin)
       ___P((___mask_user_interrupts_state *state),
            ());
    void (*___mask_user_interrupts_end)
       ___P((___mask_user_interrupts_state *state),
            ());
    void (*___mask_heartbeat_interrupts_begin)
       ___P((___mask_heartbeat_interrupts_state *state),
            ());
    void (*___mask_heartbeat_interrupts_end)
       ___P((___mask_heartbeat_interrupts_state *state),
            ());
    void (*___mask_child_interrupts_begin)
       ___P((___mask_child_interrupts_state *state),
            ());
    void (*___mask_child_interrupts_end)
       ___P((___mask_child_interrupts_state *state),
            ());
#ifndef ___DEBUG_ALLOC_MEM
    void *(*___alloc_mem)
       ___P((___SIZE_T bytes),
            ());
    void (*___free_mem)
       ___P((void *ptr),
            ());
    void *(*___alloc_mem_heap)
       ___P((___SIZE_T bytes),
            ());
    void (*___free_mem_heap)
       ___P((void *ptr),
            ());
#else
    void *(*___alloc_mem)
       ___P((___SIZE_T bytes,
             int lineno,
             char *file),
            ());
    void (*___free_mem)
       ___P((void *ptr,
             int lineno,
             char *file),
            ());
    void *(*___alloc_mem_heap)
       ___P((___SIZE_T bytes,
             int lineno,
             char *file),
            ());
    void (*___free_mem_heap)
       ___P((void *ptr,
             int lineno,
             char *file),
            ());
#endif
    void *(*___alloc_mem_code)
       ___P((___SIZE_T bytes),
            ());
    void (*___free_mem_code)
       ___P((void *ptr),
            ());
    ___SCMOBJ (*___thread_init_from_self)
       ___P((___thread *thread),
            ());
    ___SCMOBJ (*___thread_create)
       ___P((___thread *thread),
            ());
    ___SCMOBJ (*___thread_join)
       ___P((___thread *thread),
            ());
    void (*___thread_exit) ___PVOID;
#ifdef ___USE_emulated_sync
    ___WORD (*___emulated_compare_and_swap_word)
       ___P((___VOLATILE ___WORD *ptr,
             ___WORD oldval,
             ___WORD newval),
            ());
    ___WORD (*___emulated_fetch_and_add_word)
       ___P((___VOLATILE ___WORD *ptr,
             ___WORD val),
            ());
    ___WORD (*___emulated_fetch_and_clear_word)
       ___P((___VOLATILE ___WORD *ptr),
            ());
    void (*___emulated_shared_memory_barrier) ___PVOID;
#endif
#ifdef ___DEFINE_THREAD_LOCAL_STORAGE_GETTER_SETTER
    void *(*___get_tls_ptr) ___PVOID;
    void (*___set_tls_ptr)
       ___P((void *ptr),
            ());
#endif
#endif

#ifdef ___USE_SETJMP
#ifndef ___CAN_IMPORT_SETJMP_DYNAMICALLY
    int (*setjmp)
       ___P((jmp_buf env),
            ());
#endif
#endif

#ifdef ___PSTATE_ALIGN_MULTIPLIER
    /*
     * pad the global state so that it can be aligned to a multiple
     * of ___PSTATE_ALIGN_MULTIPLIER
     */
    char padding[___PSTATE_ALIGN_MULTIPLIER];
#endif
  } ___global_state_struct;

#if ___LBLCOUNT > 0
___LOCAL ___WORD ___lp; /* Module's label table pointer */
#endif

___GLODECL
___SYMDECL
___KEYDECL

#define ___CHAR_ENCODING(x)                       ((x)&(31<<0))
#define ___CHAR_ENCODING_MASK(x)                  ((x)&~(31<<0))
#define ___CHAR_ENCODING_ASCII                    (1<<0)
#define ___CHAR_ENCODING_ISO_8859_1               (2<<0)
#define ___CHAR_ENCODING_UTF_8                    (3<<0)
#define ___CHAR_ENCODING_UTF_16                   (4<<0)
#define ___CHAR_ENCODING_UTF_16BE                 (5<<0)
#define ___CHAR_ENCODING_UTF_16LE                 (6<<0)
#define ___CHAR_ENCODING_UTF_FALLBACK_ASCII       (7<<0)
#define ___CHAR_ENCODING_UTF_FALLBACK_ISO_8859_1  (8<<0)
#define ___CHAR_ENCODING_UTF_FALLBACK_UTF_8       (9<<0)
#define ___CHAR_ENCODING_UTF_FALLBACK_UTF_16      (10<<0)
#define ___CHAR_ENCODING_UTF_FALLBACK_UTF_16BE    (11<<0)
#define ___CHAR_ENCODING_UTF_FALLBACK_UTF_16LE    (12<<0)
#define ___CHAR_ENCODING_UCS_2                    (13<<0)
#define ___CHAR_ENCODING_UCS_2BE                  (14<<0)
#define ___CHAR_ENCODING_UCS_2LE                  (15<<0)
#define ___CHAR_ENCODING_UCS_4                    (16<<0)
#define ___CHAR_ENCODING_UCS_4BE                  (17<<0)
#define ___CHAR_ENCODING_UCS_4LE                  (18<<0)
#define ___CHAR_ENCODING_WCHAR                    (19<<0)
#define ___CHAR_ENCODING_NATIVE                   (20<<0)

#define ___CHAR_ENCODING_UTF ___CHAR_ENCODING_UTF_FALLBACK_UTF_8

#define ___CHAR_ENCODING_SUPPORTS_BMP(x) \
((x) >= ___CHAR_ENCODING_UTF_8 && \
 (x) <= ___CHAR_ENCODING_UCS_4LE)

#ifdef ___BIG_ENDIAN
#define ___CHAR_ENCODING_U8  ___CHAR_ENCODING_ISO_8859_1
#define ___CHAR_ENCODING_U16 ___CHAR_ENCODING_UCS_2BE
#define ___CHAR_ENCODING_U32 ___CHAR_ENCODING_UCS_4BE
#else
#define ___CHAR_ENCODING_U8  ___CHAR_ENCODING_ISO_8859_1
#define ___CHAR_ENCODING_U16 ___CHAR_ENCODING_UCS_2LE
#define ___CHAR_ENCODING_U32 ___CHAR_ENCODING_UCS_4LE
#endif

#define ___CHAR_ENCODING_ERRORS(x)      ((x)&(3<<5))
#define ___CHAR_ENCODING_ERRORS_MASK(x) ((x)&~(3<<5))
#define ___CHAR_ENCODING_ERRORS_ON      (1<<5)
#define ___CHAR_ENCODING_ERRORS_OFF     (2<<5)

#define ___EOL_ENCODING(x)      ((x)&(3<<7))
#define ___EOL_ENCODING_MASK(x) ((x)&~(3<<7))
#define ___EOL_ENCODING_LF      (1<<7)
#define ___EOL_ENCODING_CR      (2<<7)
#define ___EOL_ENCODING_CRLF    (3<<7)

#define ___BUFFERING(x)      ((x)&(3<<9))
#define ___BUFFERING_MASK(x) ((x)&~(3<<9))
#define ___NO_BUFFERING      (1<<9)
#define ___LINE_BUFFERING    (2<<9)
#define ___FULL_BUFFERING    (3<<9)
#define ___FULLY_BUFFERED(x)  (___BUFFERING(x)>=___FULL_BUFFERING)

#define ___DECODE_STATE(x)      ((x)&(3<<11))
#define ___DECODE_STATE_MASK(x) ((x)&~(3<<11))
#define ___DECODE_STATE_NONE    (0<<11)
#define ___DECODE_STATE_LF      (1<<11)
#define ___DECODE_STATE_CR      (2<<11)

#define ___TERMINAL_LINE_EDITING(x)      ((x)&(3<<16))
#define ___TERMINAL_LINE_EDITING_MASK(x) ((x)&~(3<<16))
#define ___TERMINAL_LINE_EDITING_ON      (1<<16)
#define ___TERMINAL_LINE_EDITING_OFF     (2<<16)

#ifndef ___INCLUDED_FROM_C_INTF
___IMP_FUNC(___S64,___S64_from_SM32_fn)
   ___P((___SM32 val),
        ());
___IMP_FUNC(___S64,___S64_from_SM32_UM32_fn)
   ___P((___SM32 hi32,
         ___UM32 lo32),
        ());
___IMP_FUNC(___S64,___S64_from_LONGLONG_fn)
   ___P((___LONGLONG val),
        ());
___IMP_FUNC(___LONGLONG,___S64_to_LONGLONG_fn)
   ___P((___S64 val),
        ());
___IMP_FUNC(___BOOL,___S64_fits_in_width_fn)
   ___P((___S64 val,
         int width),
        ());
___IMP_FUNC(___U64,___U64_from_UM32_fn)
   ___P((___UM32 val),
        ());
___IMP_FUNC(___U64,___U64_from_UM32_UM32_fn)
   ___P((___UM32 hi32,
         ___UM32 lo32),
        ());
___IMP_FUNC(___U64,___U64_from_ULONGLONG_fn)
   ___P((___ULONGLONG val),
        ());
___IMP_FUNC(___ULONGLONG,___U64_to_ULONGLONG_fn)
   ___P((___U64 val),
        ());
___IMP_FUNC(___BOOL,___U64_fits_in_width_fn)
   ___P((___U64 val,
         int width),
        ());
___IMP_FUNC(___U64,___U64_mul_UM32_UM32_fn)
   ___P((___UM32 x,
         ___UM32 y),
        ());
___IMP_FUNC(___U64,___U64_add_U64_U64_fn)
   ___P((___U64 x,
         ___U64 y),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_S8)
   ___P((___PSD
         ___SCMOBJ obj,
         ___S8 *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_U8)
   ___P((___PSD
         ___SCMOBJ obj,
         ___U8 *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_S16)
   ___P((___PSD
         ___SCMOBJ obj,
         ___S16 *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_U16)
   ___P((___PSD
         ___SCMOBJ obj,
         ___U16 *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_S32)
   ___P((___PSD
         ___SCMOBJ obj,
         ___S32 *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_U32)
   ___P((___PSD
         ___SCMOBJ obj,
         ___U32 *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_S64)
   ___P((___PSD
         ___SCMOBJ obj,
         ___S64 *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_U64)
   ___P((___PSD
         ___SCMOBJ obj,
         ___U64 *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_F32)
   ___P((___PSD
         ___SCMOBJ obj,
         ___F32 *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_F64)
   ___P((___PSD
         ___SCMOBJ obj,
         ___F64 *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_CHAR)
   ___P((___PSD
         ___SCMOBJ obj,
         char *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_SCHAR)
   ___P((___PSD
         ___SCMOBJ obj,
         ___SCHAR *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_UCHAR)
   ___P((___PSD
         ___SCMOBJ obj,
         unsigned char *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_ISO_8859_1)
   ___P((___PSD
         ___SCMOBJ obj,
         ___ISO_8859_1 *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_UCS_2)
   ___P((___PSD
         ___SCMOBJ obj,
         ___UCS_2 *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_UCS_4)
   ___P((___PSD
         ___SCMOBJ obj,
         ___UCS_4 *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_WCHAR)
   ___P((___PSD
         ___SCMOBJ obj,
         ___WCHAR *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_SIZE_T)
   ___P((___PSD
         ___SCMOBJ obj,
         ___SIZE_T *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_SSIZE_T)
   ___P((___PSD
         ___SCMOBJ obj,
         ___SSIZE_T *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_PTRDIFF_T)
   ___P((___PSD
         ___SCMOBJ obj,
         ___PTRDIFF_T *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_SHORT)
   ___P((___PSD
         ___SCMOBJ obj,
         short *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_USHORT)
   ___P((___PSD
         ___SCMOBJ obj,
         unsigned short *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_INT)
   ___P((___PSD
         ___SCMOBJ obj,
         int *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_UINT)
   ___P((___PSD
         ___SCMOBJ obj,
         unsigned int *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_LONG)
   ___P((___PSD
         ___SCMOBJ obj,
         long *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_ULONG)
   ___P((___PSD
         ___SCMOBJ obj,
         unsigned long *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_LONGLONG)
   ___P((___PSD
         ___SCMOBJ obj,
         ___LONGLONG *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_ULONGLONG)
   ___P((___PSD
         ___SCMOBJ obj,
         ___ULONGLONG *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_FLOAT)
   ___P((___PSD
         ___SCMOBJ obj,
         float *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_DOUBLE)
   ___P((___PSD
         ___SCMOBJ obj,
         double *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_STRUCT)
   ___P((___PSD
         ___SCMOBJ obj,
         void **x,
         ___SCMOBJ tags,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_UNION)
   ___P((___PSD
         ___SCMOBJ obj,
         void **x,
         ___SCMOBJ tags,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_TYPE)
   ___P((___PSD
         ___SCMOBJ obj,
         void **x,
         ___SCMOBJ tags,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_POINTER)
   ___P((___PSD
         ___SCMOBJ obj,
         void **x,
         ___SCMOBJ tags,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLPOINTER)
   ___P((___PSD
         ___SCMOBJ obj,
         void **x,
         ___SCMOBJ tags,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_FUNCTION)
   ___P((___PSD
         ___SCMOBJ obj,
         void *converter,
         void **x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLFUNCTION)
   ___P((___PSD
         ___SCMOBJ obj,
         void *converter,
         void **x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_BOOL)
   ___P((___PSD
         ___SCMOBJ obj,
         ___BOOL *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_STRING)
   ___P((___PSD
         ___SCMOBJ obj,
         void **x,
         int arg_num,
         int char_encoding,
         int fudge),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLSTRING)
   ___P((___PSD
         ___SCMOBJ obj,
         void **x,
         int arg_num,
         int char_encoding,
         int fudge),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLSTRINGLIST)
   ___P((___PSD
         ___SCMOBJ obj,
         void **x,
         int arg_num,
         int char_encoding),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_CHARSTRING)
   ___P((___PSD
         ___SCMOBJ obj,
         char **x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLCHARSTRING)
   ___P((___PSD
         ___SCMOBJ obj,
         char **x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLCHARSTRINGLIST)
   ___P((___PSD
         ___SCMOBJ obj,
         char ***x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_ISO_8859_1STRING)
   ___P((___PSD
         ___SCMOBJ obj,
         ___ISO_8859_1STRING *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLISO_8859_1STRING)
   ___P((___PSD
         ___SCMOBJ obj,
         ___ISO_8859_1STRING *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLISO_8859_1STRINGLIST)
   ___P((___PSD
         ___SCMOBJ obj,
         ___ISO_8859_1STRING **x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_UTF_8STRING)
   ___P((___PSD
         ___SCMOBJ obj,
         ___UTF_8STRING *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLUTF_8STRING)
   ___P((___PSD
         ___SCMOBJ obj,
         ___UTF_8STRING *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLUTF_8STRINGLIST)
   ___P((___PSD
         ___SCMOBJ obj,
         ___UTF_8STRING **x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_UTF_16STRING)
   ___P((___PSD
         ___SCMOBJ obj,
         ___UTF_16STRING *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLUTF_16STRING)
   ___P((___PSD
         ___SCMOBJ obj,
         ___UTF_16STRING *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLUTF_16STRINGLIST)
   ___P((___PSD
         ___SCMOBJ obj,
         ___UTF_16STRING **x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_UCS_2STRING)
   ___P((___PSD
         ___SCMOBJ obj,
         ___UCS_2STRING *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLUCS_2STRING)
   ___P((___PSD
         ___SCMOBJ obj,
         ___UCS_2STRING *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLUCS_2STRINGLIST)
   ___P((___PSD
         ___SCMOBJ obj,
         ___UCS_2STRING **x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_UCS_4STRING)
   ___P((___PSD
         ___SCMOBJ obj,
         ___UCS_4STRING *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLUCS_4STRING)
   ___P((___PSD
         ___SCMOBJ obj,
         ___UCS_4STRING *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLUCS_4STRINGLIST)
   ___P((___PSD
         ___SCMOBJ obj,
         ___UCS_4STRING **x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_WCHARSTRING)
   ___P((___PSD
         ___SCMOBJ obj,
         ___WCHARSTRING *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLWCHARSTRING)
   ___P((___PSD
         ___SCMOBJ obj,
         ___WCHARSTRING *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_NONNULLWCHARSTRINGLIST)
   ___P((___PSD
         ___SCMOBJ obj,
         ___WCHARSTRING **x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCMOBJ_to_VARIANT)
   ___P((___PSD
         ___SCMOBJ obj,
         ___VARIANT *x,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___release_foreign)
   ___P((___SCMOBJ obj),
        ());
___IMP_FUNC(___SCMOBJ,___release_pointer)
   ___P((void *x),
        ());
___IMP_FUNC(___SCMOBJ,___release_function)
   ___P((void *x),
        ());
___IMP_FUNC(void,___addref_function)
   ___P((void *x),
        ());
___IMP_FUNC(void,___release_string)
   ___P((void *x),
        ());
___IMP_FUNC(void,___addref_string)
   ___P((void *x),
        ());
___IMP_FUNC(void,___release_string_list)
   ___P((void *x),
        ());
___IMP_FUNC(void,___addref_string_list)
   ___P((void *x),
        ());
___IMP_FUNC(void,___release_variant)
   ___P((___VARIANT x),
        ());
___IMP_FUNC(void,___addref_variant)
   ___P((___VARIANT x),
        ());
___IMP_FUNC(___SCMOBJ,___S8_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___S8 x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___U8_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___U8 x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___S16_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___S16 x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___U16_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___U16 x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___S32_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___S32 x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___U32_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___U32 x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___S64_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___S64 x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___U64_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___U64 x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___F32_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___F32 x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___F64_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___F64 x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___CHAR_to_SCMOBJ)
   ___P((___processor_state ___ps,
         char x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SCHAR_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___SCHAR x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___UCHAR_to_SCMOBJ)
   ___P((___processor_state ___ps,
         unsigned char x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___ISO_8859_1_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___ISO_8859_1 x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___UCS_2_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___UCS_2 x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___UCS_4_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___UCS_4 x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___WCHAR_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___WCHAR x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SIZE_T_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___SIZE_T x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SSIZE_T_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___SSIZE_T x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___PTRDIFF_T_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___PTRDIFF_T x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___SHORT_to_SCMOBJ)
   ___P((___processor_state ___ps,
         short x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___USHORT_to_SCMOBJ)
   ___P((___processor_state ___ps,
         unsigned short x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___INT_to_SCMOBJ)
   ___P((___processor_state ___ps,
         int x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___UINT_to_SCMOBJ)
   ___P((___processor_state ___ps,
         unsigned int x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___LONG_to_SCMOBJ)
   ___P((___processor_state ___ps,
         long x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___ULONG_to_SCMOBJ)
   ___P((___processor_state ___ps,
         unsigned long x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___LONGLONG_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___LONGLONG x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___ULONGLONG_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___ULONGLONG x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___FLOAT_to_SCMOBJ)
   ___P((___processor_state ___ps,
         float x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___DOUBLE_to_SCMOBJ)
   ___P((___processor_state ___ps,
         double x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___STRUCT_to_SCMOBJ)
   ___P((___processor_state ___ps,
         void *x,
         ___SCMOBJ tags,
         ___SCMOBJ (*release_fn) ___P((void *ptr),()),
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___UNION_to_SCMOBJ)
   ___P((___processor_state ___ps,
         void *x,
         ___SCMOBJ tags,
         ___SCMOBJ (*release_fn) ___P((void *ptr),()),
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___TYPE_to_SCMOBJ)
   ___P((___processor_state ___ps,
         void *x,
         ___SCMOBJ tags,
         ___SCMOBJ (*release_fn) ___P((void *ptr),()),
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___POINTER_to_SCMOBJ)
   ___P((___processor_state ___ps,
         void *x,
         ___SCMOBJ tags,
         ___SCMOBJ (*release_fn) ___P((void *ptr),()),
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLPOINTER_to_SCMOBJ)
   ___P((___processor_state ___ps,
         void *x,
         ___SCMOBJ tags,
         ___SCMOBJ (*release_fn) ___P((void *ptr),()),
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___FUNCTION_to_SCMOBJ)
   ___P((___processor_state ___ps,
         void *x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLFUNCTION_to_SCMOBJ)
   ___P((___processor_state ___ps,
         void *x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___BOOL_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___BOOL x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___STRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         void *x,
         ___SCMOBJ *obj,
         int arg_num,
         int char_encoding),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLSTRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         void *x,
         ___SCMOBJ *obj,
         int arg_num,
         int char_encoding),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLSTRINGLIST_to_SCMOBJ)
   ___P((___processor_state ___ps,
         void *x,
         ___SCMOBJ *obj,
         int arg_num,
         int char_encoding),
        ());
___IMP_FUNC(___SCMOBJ,___CHARSTRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         char *x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLCHARSTRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         char *x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLCHARSTRINGLIST_to_SCMOBJ)
   ___P((___processor_state ___ps,
         char **x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___ISO_8859_1STRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___ISO_8859_1STRING x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLISO_8859_1STRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___ISO_8859_1STRING x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLISO_8859_1STRINGLIST_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___ISO_8859_1STRING *x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___UTF_8STRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___UTF_8STRING x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLUTF_8STRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___UTF_8STRING x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLUTF_8STRINGLIST_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___UTF_8STRING *x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___UTF_16STRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___UTF_16STRING x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLUTF_16STRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___UTF_16STRING x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLUTF_16STRINGLIST_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___UTF_16STRING *x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___UCS_2STRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___UCS_2STRING x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLUCS_2STRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___UCS_2STRING x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLUCS_2STRINGLIST_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___UCS_2STRING *x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___UCS_4STRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___UCS_4STRING x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLUCS_4STRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___UCS_4STRING x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLUCS_4STRINGLIST_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___UCS_4STRING *x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___WCHARSTRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___WCHARSTRING x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLWCHARSTRING_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___WCHARSTRING x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLWCHARSTRINGLIST_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___WCHARSTRING *x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___VARIANT_to_SCMOBJ)
   ___P((___processor_state ___ps,
         ___VARIANT x,
         ___SCMOBJ *obj,
         int arg_num),
        ());
___IMP_FUNC(___SCMOBJ,___STRING_to_UCS_2STRING)
   ___P((char *str_char,
         ___UCS_2STRING *str_UCS_2,
         int char_encoding),
        ());
___IMP_FUNC(void,___free_UCS_2STRING)
   ___P((___UCS_2STRING str_UCS_2),
        ());
___IMP_FUNC(___SCMOBJ,___NONNULLSTRINGLIST_to_NONNULLUCS_2STRINGLIST)
   ___P((char **str_list_char,
         ___UCS_2STRING **str_list_UCS_2,
         int char_encoding),
        ());
___IMP_FUNC(void,___free_NONNULLUCS_2STRINGLIST)
   ___P((___UCS_2STRING *str_list_UCS_2),
        ());
___IMP_FUNC(___SCMOBJ,___make_sfun_stack_marker)
   ___P((___processor_state ___ps,
         ___SCMOBJ *marker,
         ___SCMOBJ proc_or_false),
        ());
___IMP_FUNC(void,___kill_sfun_stack_marker)
   ___P((___SCMOBJ marker),
        ());
#endif

#ifndef ___INCLUDED_FROM_MEM
___IMP_FUNC(void*,___alloc_rc_no_register)
   ___P((___SIZE_T bytes),
        ());
___IMP_FUNC(void*,___register_rc)
   ___P((___PSD
         void *ptr),
        ());
___IMP_FUNC(void*,___alloc_rc)
   ___P((___PSD
         ___SIZE_T bytes),
        ());
___IMP_FUNC(void,___release_rc)
   ___P((void *ptr),
        ());
___IMP_FUNC(void,___addref_rc)
   ___P((void *ptr),
        ());
___IMP_FUNC(___WORD,___refcount_rc)
   ___P((void *ptr),
        ());
___IMP_FUNC(___SCMOBJ,___data_rc)
   ___P((void *ptr),
        ());
___IMP_FUNC(void,___set_data_rc)
   ___P((void *ptr,
         ___SCMOBJ val),
        ());
___IMP_FUNC(___SCMOBJ,___alloc_scmobj)
   ___P((___processor_state ___ps,
         int subtype,
         ___SIZE_TS bytes),
        ());
___IMP_FUNC(___SCMOBJ,___release_scmobj)
   ___P((___SCMOBJ obj),
        ());
___IMP_FUNC(___SCMOBJ,___make_pair)
   ___P((___processor_state ___ps,
         ___SCMOBJ car,
         ___SCMOBJ cdr),
        ());
___IMP_FUNC(___SCMOBJ,___make_vector)
   ___P((___processor_state ___ps,
         ___SIZE_TS length,
         ___SCMOBJ init),
        ());
___IMP_FUNC(void,___still_obj_refcount_inc)
   ___P((___SCMOBJ obj),
        ());
___IMP_FUNC(void,___still_obj_refcount_dec)
   ___P((___SCMOBJ obj),
        ());
___IMP_FUNC(___WORD,___still_obj_refcount)
   ___P((___SCMOBJ obj),
        ());
___IMP_FUNC(___SCMOBJ,___gc_hash_table_ref)
   ___P((___SCMOBJ ht,
         ___SCMOBJ key),
        ());
___IMP_FUNC(___SCMOBJ,___gc_hash_table_set)
   ___P((___SCMOBJ ht,
         ___SCMOBJ key,
         ___SCMOBJ val),
        ());
___IMP_FUNC(___SCMOBJ,___gc_hash_table_union_find)
   ___P((___SCMOBJ ht,
         ___SCMOBJ key1,
         ___SCMOBJ key2,
         ___BOOL find),
        ());
___IMP_FUNC(___SCMOBJ,___gc_hash_table_rehash)
   ___P((___SCMOBJ ht_src,
         ___SCMOBJ ht_dst),
        ());
#endif

#ifndef ___INCLUDED_FROM_SETUP
___GSTATEDECL
#ifdef ___USE_C_RTS_CHAR_OPERATIONS
___IMP_FUNC(___BOOL,___iswalpha)
   ___P((___UCS_4 x),
        ());
___IMP_FUNC(___BOOL,___iswdigit)
   ___P((___UCS_4 x),
        ());
___IMP_FUNC(___BOOL,___iswspace)
   ___P((___UCS_4 x),
        ());
___IMP_FUNC(___BOOL,___iswupper)
   ___P((___UCS_4 x),
        ());
___IMP_FUNC(___BOOL,___iswlower)
   ___P((___UCS_4 x),
        ());
___IMP_FUNC(___UCS_4,___towupper)
   ___P((___UCS_4 x),
        ());
___IMP_FUNC(___UCS_4,___towlower)
   ___P((___UCS_4 x),
        ());
___IMP_FUNC(___SCMOBJ,___string_collate)
   ___P((___SCMOBJ s1,
         ___SCMOBJ s2),
        ());
___IMP_FUNC(___SCMOBJ,___string_collate_ci)
   ___P((___SCMOBJ s1,
         ___SCMOBJ s2),
        ());
#endif
___IMP_FUNC(double,___copysign)
   ___P((double x,
         double y),
        ());
___IMP_FUNC(___BOOL,___isfinite)
   ___P((double x),
        ());
___IMP_FUNC(___BOOL,___isinf)
   ___P((double x),
        ());
___IMP_FUNC(___BOOL,___isnan)
   ___P((double x),
        ());
___IMP_FUNC(double,___trunc)
   ___P((double x),
        ());
___IMP_FUNC(double,___round)
   ___P((double x),
        ());
#ifdef ___DEFINE_SCALBN
___IMP_FUNC(double,___scalbn)
   ___P((double x,
         int n),
        ());
#endif
#ifdef ___DEFINE_ILOGB
___IMP_FUNC(int,___ilogb)
   ___P((double x),
        ());
#endif
#ifdef ___DEFINE_EXPM1
___IMP_FUNC(double,___expm1)
   ___P((double x),
        ());
#endif
#ifdef ___DEFINE_LOG1P
___IMP_FUNC(double,___log1p)
   ___P((double x),
        ());
#endif
#ifdef ___DEFINE_SINH
___IMP_FUNC(double,___sinh)
   ___P((double x),
        ());
#endif
#ifdef ___DEFINE_COSH
___IMP_FUNC(double,___cosh)
   ___P((double x),
        ());
#endif
#ifdef ___DEFINE_TANH
___IMP_FUNC(double,___tanh)
   ___P((double x),
        ());
#endif
#ifdef ___DEFINE_ASINH
___IMP_FUNC(double,___asinh)
   ___P((double x),
        ());
#endif
#ifdef ___DEFINE_ACOSH
___IMP_FUNC(double,___acosh)
   ___P((double x),
        ());
#endif
#ifdef ___DEFINE_ATANH
___IMP_FUNC(double,___atanh)
   ___P((double x),
        ());
#endif
#ifdef ___DEFINE_ATAN2
___IMP_FUNC(double,___atan2)
   ___P((double y,
         double x),
        ());
#endif
#ifdef ___DEFINE_POW
___IMP_FUNC(double,___pow)
   ___P((double x,
         double y),
        ());
#endif
#ifdef ___DEFINE_HYPOT
___IMP_FUNC(double,___hypot)
   ___P((double x,
         double y),
        ());
#endif
___IMP_FUNC(___SCMOBJ,___F64_to_STRING)
   ___P((___PSD
         double x),
        ());
___IMP_FUNC(void,___setup_params_reset)
   ___P((___setup_params_struct *setup_params),
        ());
___IMP_FUNC(___SCMOBJ,___setup)
   ___P((___setup_params_struct *setup_params),
        ());
___IMP_FUNC(void,___cleanup) ___PVOID;
___IMP_FUNC(void,___cleanup_and_exit_process)
   ___P((int status),
        ());
___IMP_FUNC(___SCMOBJ,___current_vm_resize)
   ___P((___PSD
         ___SCMOBJ thunk,
         int target_processor_count),
        ());
___IMP_FUNC(___BOOL,___garbage_collect)
   ___P((___PSD
         ___SIZE_TS requested_words_still),
        ());
___IMP_FUNC(___SCMOBJ,___setup_vmstate)
   ___P((___virtual_machine_state ___vms),
        ());
___IMP_FUNC(void,___cleanup_vmstate)
   ___P((___virtual_machine_state ___vms),
        ());
___IMP_FUNC(___SCMOBJ,___setup_pstate)
   ___P((___processor_state ___ps,
         ___virtual_machine_state ___vms),
        ());
___IMP_FUNC(void,___cleanup_pstate)
   ___P((___processor_state ___ps),
        ());
___IMP_FUNC(___SIZE_T,___get_min_heap) ___PVOID;
___IMP_FUNC(void,___set_min_heap)
   ___P((___SIZE_T bytes),
        ());
___IMP_FUNC(___SIZE_T,___get_max_heap) ___PVOID;
___IMP_FUNC(void,___set_max_heap)
   ___P((___SIZE_T bytes),
        ());
___IMP_FUNC(int,___get_live_percent) ___PVOID;
___IMP_FUNC(void,___set_live_percent)
   ___P((int percent),
        ());
___IMP_FUNC(int,___get_parallelism_level) ___PVOID;
___IMP_FUNC(void,___set_parallelism_level)
   ___P((int level),
        ());
___IMP_FUNC(int,___get_standard_level) ___PVOID;
___IMP_FUNC(void,___set_standard_level)
   ___P((int level),
        ());
___IMP_FUNC(int,___get_debug_settings) ___PVOID;
___IMP_FUNC(int,___set_debug_settings)
   ___P((int mask,
         int new_settings),
        ());
___IMP_FUNC(int,___get_io_settings)
   ___P((int index),
        ());
___IMP_FUNC(void,___set_io_settings)
   ___P((int index,
         int settings),
        ());
___IMP_FUNC(___UCS_2STRING,___get_gambitdir) ___PVOID;
___IMP_FUNC(void,___set_gambitdir)
   ___P((___UCS_2STRING gambitdir),
        ());
___IMP_FUNC(___UCS_2STRING*,___get_gambitdir_map) ___PVOID;
___IMP_FUNC(void,___set_gambitdir_map)
   ___P((___UCS_2STRING *gambitdir_map),
        ());
___IMP_FUNC(___UCS_2STRING*,___get_module_search_order) ___PVOID;
___IMP_FUNC(void,___set_module_search_order)
   ___P((___UCS_2STRING *module_search_order),
        ());
___IMP_FUNC(___UCS_2STRING*,___get_module_whitelist) ___PVOID;
___IMP_FUNC(void,___set_module_whitelist)
   ___P((___UCS_2STRING *module_whitelist),
        ());
___IMP_FUNC(int,___get_module_install_mode) ___PVOID;
___IMP_FUNC(void,___set_module_install_mode)
   ___P((int module_install_mode),
        ());
___IMP_FUNC(___UCS_2STRING,___get_repl_client_addr) ___PVOID;
___IMP_FUNC(void,___set_repl_client_addr)
   ___P((___UCS_2STRING repl_client_addr),
        ());
___IMP_FUNC(___UCS_2STRING,___get_repl_server_addr) ___PVOID;
___IMP_FUNC(void,___set_repl_server_addr)
   ___P((___UCS_2STRING repl_server_addr),
        ());

___IMP_FUNC(___program_startup_info_struct*,___get_program_startup_info)
   ___PVOID;
___IMP_FUNC(___SCMOBJ,___call)
   ___P((___PSD
         ___WORD nargs,
         ___SCMOBJ proc,
         ___SCMOBJ marker),
        ());
___IMP_FUNC(___SCMOBJ,___run)
   ___P((___SCMOBJ thunk),
        ());
#ifdef ___USE_UNWIND_C_STACK_TO_TRAMPOLINE
___IMP_FUNC(void,___unwind_c_stack_to_trampoline)
   ___P((___PSDNC),
        ());
#endif
#ifdef ___SUPPORT_LOWLEVEL_EXEC
___IMP_FUNC(void,___lowlevel_exec)
   ___P((___processor_state ___ps),
        ());
#endif
___IMP_FUNC(___SCMOBJ,___machine_code_block_fixup)
   ___P((___processor_state ___ps,
         void *mcb,
         ___SCMOBJ fixup_locs,
         ___SCMOBJ fixup_objs),
        ());
___IMP_FUNC(void,___throw_error)
   ___P((___PSD
         ___SCMOBJ err),
        ());
___IMP_FUNC(void,___propagate_error)
   ___P((___PSD
         ___SCMOBJ err),
        ());
#ifdef ___DEBUG_HOST_CHANGES
___IMP_FUNC(void,___register_host_entry)
   ___P((___PSD
         ___WORD start,
         char *module_name,
         char *file,
         int line),
        ());
#endif
#ifdef ___ACTIVITY_LOG
___IMP_FUNC(void,___actlog_add_pstate)
   ___P((___processor_state ___ps,
         ___U16 *type,
         char *name,
         ___U32 color),
        ());
___IMP_FUNC(void,___actlog_begin_pstate)
   ___P((___processor_state ___ps,
         ___U16 *type,
         char *name,
         ___U32 color),
        ());
___IMP_FUNC(void,___actlog_end_pstate)
   ___P((___processor_state ___ps),
        ());
___IMP_FUNC(void,___actlog_start)
   ___P((___processor_state ___ps),
        ());
___IMP_FUNC(void,___actlog_stop)
   ___P((___processor_state ___ps),
        ());
___IMP_FUNC(void,___actlog_dump)
   ___P((___virtual_machine_state ___vms,
         char *filename),
        ());
#endif
___IMP_FUNC(void,___raise_high_level_interrupt_pstate)
   ___P((___processor_state ___ps,
         ___SCMOBJ intr),
        ());
___IMP_FUNC(___SCMOBJ,___get_next_high_level_interrupt_pstate)
   ___P((___processor_state ___ps),
        ());
___IMP_FUNC(void,___init_procedural_interrupt)
   ___P((void *intr,
         ___SCMOBJ (*execute_fn) ___P((void *self, ___SCMOBJ op),())),
        ());
___IMP_FUNC(void,___raise_procedural_interrupt_pstate)
   ___P((___processor_state ___ps,
         void *intr),
        ());
___IMP_FUNC(void,___raise_interrupt_pstate)
   ___P((___processor_state ___ps,
         int code),
        ());
___IMP_FUNC(void,___raise_interrupt_vmstate)
   ___P((___virtual_machine_state ___vms,
         int code),
        ());
___IMP_FUNC(void,___raise_interrupt)
   ___P((int code),
        ());
___IMP_FUNC(___SCMOBJ,___service_interrupts_pstate)
   ___P((___processor_state ___ps),
        ());
___IMP_FUNC(void,___refresh_interrupts_pstate)
   ___P((___processor_state ___ps),
        ());
___IMP_FUNC(void,___disable_interrupts_pstate)
   ___P((___processor_state ___ps),
        ());
___IMP_FUNC(void,___enable_interrupts_pstate)
   ___P((___processor_state ___ps),
        ());
#endif

#ifndef ___INCLUDED_FROM_OS_SETUP
___IMP_FUNC(void,___mask_all_interrupts_begin)
   ___P((___mask_all_interrupts_state *state),
        ());
___IMP_FUNC(void,___mask_all_interrupts_end)
   ___P((___mask_all_interrupts_state *state),
        ());
#endif

#ifndef ___INCLUDED_FROM_OS_TTY
___IMP_FUNC(void,___mask_user_interrupts_begin)
   ___P((___mask_user_interrupts_state *state),
        ());
___IMP_FUNC(void,___mask_user_interrupts_end)
   ___P((___mask_user_interrupts_state *state),
        ());
#endif

#ifndef ___INCLUDED_FROM_OS_TIME
___IMP_FUNC(void,___mask_heartbeat_interrupts_begin)
   ___P((___mask_heartbeat_interrupts_state *state),
        ());
___IMP_FUNC(void,___mask_heartbeat_interrupts_end)
   ___P((___mask_heartbeat_interrupts_state *state),
        ());
#endif

#ifndef ___INCLUDED_FROM_OS_IO
___IMP_FUNC(void,___mask_child_interrupts_begin)
   ___P((___mask_child_interrupts_state *state),
        ());
___IMP_FUNC(void,___mask_child_interrupts_end)
   ___P((___mask_child_interrupts_state *state),
        ());
#endif

#ifndef ___DEBUG_ALLOC_MEM
#define ___ALLOC_MEM(bytes)___EXT(___alloc_mem) (bytes)
#define ___FREE_MEM(ptr)___EXT(___free_mem) (ptr)
#define ___ALLOC_MEM_HEAP(bytes)___EXT(___alloc_mem_heap) (bytes)
#define ___FREE_MEM_HEAP(ptr)___EXT(___free_mem_heap) (ptr)
#else
#define ___ALLOC_MEM(bytes)___EXT(___alloc_mem) (bytes,__LINE__,__FILE__)
#define ___FREE_MEM(ptr)___EXT(___free_mem) (ptr,__LINE__,__FILE__)
#define ___ALLOC_MEM_HEAP(bytes)___EXT(___alloc_mem_heap) (bytes,__LINE__,__FILE__)
#define ___FREE_MEM_HEAP(ptr)___EXT(___free_mem_heap) (ptr,__LINE__,__FILE__)
#endif

#ifndef ___INCLUDED_FROM_OS_BASE
#ifndef ___DEBUG_ALLOC_MEM
___IMP_FUNC(void *,___alloc_mem)
   ___P((___SIZE_T bytes),
        ());
___IMP_FUNC(void,___free_mem)
   ___P((void *ptr),
        ());
___IMP_FUNC(void *,___alloc_mem_heap)
   ___P((___SIZE_T bytes),
        ());
___IMP_FUNC(void,___free_mem_heap)
   ___P((void *ptr),
        ());
#else
___IMP_FUNC(void *,___alloc_mem)
   ___P((___SIZE_T bytes,
         int lineno,
         char *file),
        ());
___IMP_FUNC(void,___free_mem)
   ___P((void *ptr,
         int lineno,
         char *file),
        ());
___IMP_FUNC(void *,___alloc_mem_heap)
   ___P((___SIZE_T bytes,
         int lineno,
         char *file),
        ());
___IMP_FUNC(void,___free_mem_heap)
   ___P((void *ptr,
         int lineno,
         char *file),
        ());
#endif
___IMP_FUNC(void *,___alloc_mem_code)
   ___P((___SIZE_T bytes),
        ());
___IMP_FUNC(void,___free_mem_code)
   ___P((void *ptr),
        ());
#endif

#ifndef ___INCLUDED_FROM_OS_THREAD
___IMP_FUNC(___SCMOBJ,___thread_init_from_self)
   ___P((___thread *thread),
        ());
___IMP_FUNC(___SCMOBJ,___thread_create)
   ___P((___thread *thread),
        ());
___IMP_FUNC(___SCMOBJ,___thread_join)
   ___P((___thread *thread),
        ());
___IMP_FUNC(void,___thread_exit) ___PVOID;
#ifdef ___USE_emulated_sync
___IMP_FUNC(___WORD,___emulated_compare_and_swap_word)
   ___P((___VOLATILE ___WORD *ptr,
         ___WORD oldval,
         ___WORD newval),
        ());
___IMP_FUNC(___WORD,___emulated_fetch_and_add_word)
   ___P((___VOLATILE ___WORD *ptr,
         ___WORD val),
        ());
___IMP_FUNC(___WORD,___emulated_fetch_and_clear_word)
   ___P((___VOLATILE ___WORD *ptr),
        ());
___IMP_FUNC(void,___emulated_shared_memory_barrier) ___PVOID;
#endif
#ifdef ___DEFINE_THREAD_LOCAL_STORAGE_GETTER_SETTER
___IMP_FUNC(void *,___get_tls_ptr) ___PVOID;
___IMP_FUNC(void,___set_tls_ptr)
   ___P((void *ptr),
        ());
#endif
#endif

#endif

#endif

#endif
