/* -*-C-*-

DO NOT EDIT: this file was generated by a program.

$Id: svm1-defns.h,v 11.1 2007/04/22 16:31:23 cph Exp $

Copyright (C) 1986, 1987, 1988, 1989, 1990, 1991, 1992, 1993, 1994,
    1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005,
    2006, 2007 Massachusetts Institute of Technology

This file is part of MIT/GNU Scheme.

MIT/GNU Scheme is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or (at
your option) any later version.

MIT/GNU Scheme is distributed in the hope that it will be useful, but
WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
General Public License for more details.

You should have received a copy of the GNU General Public License
along with MIT/GNU Scheme; if not, write to the Free Software
Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301,
USA.

*/

/* Instructions for SVM version 1 */

#ifndef SCM_SVM1_DEFNS_H
#define SCM_SVM1_DEFNS_H 1

#define SVM1_REG_STACK_POINTER 0
#define SVM1_REG_DYNAMIC_LINK 1
#define SVM1_REG_FREE_POINTER 2
#define SVM1_REG_VALUE 3
#define SVM1_REG_ENVIRONMENT 4

#define SVM1_ADDR_START_CODE 0x01
#define SVM1_ADDR_END_CODE 0x1d

#define SVM1_ADDR_BINDINGS(binder) \
  binder (SVM1_ADDR_INDIR, indir); \
  binder (SVM1_ADDR_OFFSET_B, offset_b); \
  binder (SVM1_ADDR_OFFSET_W, offset_w); \
  binder (SVM1_ADDR_OFFSET_F, offset_f); \
  binder (SVM1_ADDR_INDEX_B_B, index_b_b); \
  binder (SVM1_ADDR_INDEX_B_W, index_b_w); \
  binder (SVM1_ADDR_INDEX_B_F, index_b_f); \
  binder (SVM1_ADDR_INDEX_W_B, index_w_b); \
  binder (SVM1_ADDR_INDEX_W_W, index_w_w); \
  binder (SVM1_ADDR_INDEX_W_F, index_w_f); \
  binder (SVM1_ADDR_INDEX_F_B, index_f_b); \
  binder (SVM1_ADDR_INDEX_F_W, index_f_w); \
  binder (SVM1_ADDR_INDEX_F_F, index_f_f); \
  binder (SVM1_ADDR_PREDEC_B, predec_b); \
  binder (SVM1_ADDR_PREDEC_W, predec_w); \
  binder (SVM1_ADDR_PREDEC_F, predec_f); \
  binder (SVM1_ADDR_PREINC_B, preinc_b); \
  binder (SVM1_ADDR_PREINC_W, preinc_w); \
  binder (SVM1_ADDR_PREINC_F, preinc_f); \
  binder (SVM1_ADDR_POSTDEC_B, postdec_b); \
  binder (SVM1_ADDR_POSTDEC_W, postdec_w); \
  binder (SVM1_ADDR_POSTDEC_F, postdec_f); \
  binder (SVM1_ADDR_POSTINC_B, postinc_b); \
  binder (SVM1_ADDR_POSTINC_W, postinc_w); \
  binder (SVM1_ADDR_POSTINC_F, postinc_f); \
  binder (SVM1_ADDR_PCR_S8, pcr_s8); \
  binder (SVM1_ADDR_PCR_S16, pcr_s16); \
  binder (SVM1_ADDR_PCR_S32, pcr_s32)

#define SVM1_ADDR_INDIR 0x01
#define DECODE_SVM1_ADDR_INDIR(base) \
  DECODE_WORD_REGISTER (base)

#define SVM1_ADDR_OFFSET_B 0x02
#define DECODE_SVM1_ADDR_OFFSET_B(base, offset) \
  DECODE_WORD_REGISTER (base); \
  DECODE_UNSIGNED_8 (offset)

#define SVM1_ADDR_OFFSET_W 0x03
#define DECODE_SVM1_ADDR_OFFSET_W(base, offset) \
  DECODE_WORD_REGISTER (base); \
  DECODE_UNSIGNED_8 (offset)

#define SVM1_ADDR_OFFSET_F 0x04
#define DECODE_SVM1_ADDR_OFFSET_F(base, offset) \
  DECODE_WORD_REGISTER (base); \
  DECODE_UNSIGNED_8 (offset)

#define SVM1_ADDR_INDEX_B_B 0x05
#define DECODE_SVM1_ADDR_INDEX_B_B(base, offset, index) \
  DECODE_WORD_REGISTER (base); \
  DECODE_UNSIGNED_8 (offset); \
  DECODE_WORD_REGISTER (index)

#define SVM1_ADDR_INDEX_B_W 0x06
#define DECODE_SVM1_ADDR_INDEX_B_W(base, offset, index) \
  DECODE_WORD_REGISTER (base); \
  DECODE_UNSIGNED_8 (offset); \
  DECODE_WORD_REGISTER (index)

#define SVM1_ADDR_INDEX_B_F 0x07
#define DECODE_SVM1_ADDR_INDEX_B_F(base, offset, index) \
  DECODE_WORD_REGISTER (base); \
  DECODE_UNSIGNED_8 (offset); \
  DECODE_WORD_REGISTER (index)

#define SVM1_ADDR_INDEX_W_B 0x08
#define DECODE_SVM1_ADDR_INDEX_W_B(base, offset, index) \
  DECODE_WORD_REGISTER (base); \
  DECODE_UNSIGNED_8 (offset); \
  DECODE_WORD_REGISTER (index)

#define SVM1_ADDR_INDEX_W_W 0x09
#define DECODE_SVM1_ADDR_INDEX_W_W(base, offset, index) \
  DECODE_WORD_REGISTER (base); \
  DECODE_UNSIGNED_8 (offset); \
  DECODE_WORD_REGISTER (index)

#define SVM1_ADDR_INDEX_W_F 0x0a
#define DECODE_SVM1_ADDR_INDEX_W_F(base, offset, index) \
  DECODE_WORD_REGISTER (base); \
  DECODE_UNSIGNED_8 (offset); \
  DECODE_WORD_REGISTER (index)

#define SVM1_ADDR_INDEX_F_B 0x0b
#define DECODE_SVM1_ADDR_INDEX_F_B(base, offset, index) \
  DECODE_WORD_REGISTER (base); \
  DECODE_UNSIGNED_8 (offset); \
  DECODE_WORD_REGISTER (index)

#define SVM1_ADDR_INDEX_F_W 0x0c
#define DECODE_SVM1_ADDR_INDEX_F_W(base, offset, index) \
  DECODE_WORD_REGISTER (base); \
  DECODE_UNSIGNED_8 (offset); \
  DECODE_WORD_REGISTER (index)

#define SVM1_ADDR_INDEX_F_F 0x0d
#define DECODE_SVM1_ADDR_INDEX_F_F(base, offset, index) \
  DECODE_WORD_REGISTER (base); \
  DECODE_UNSIGNED_8 (offset); \
  DECODE_WORD_REGISTER (index)

#define SVM1_ADDR_PREDEC_B 0x0e
#define DECODE_SVM1_ADDR_PREDEC_B(base) \
  DECODE_WORD_REGISTER (base)

#define SVM1_ADDR_PREDEC_W 0x0f
#define DECODE_SVM1_ADDR_PREDEC_W(base) \
  DECODE_WORD_REGISTER (base)

#define SVM1_ADDR_PREDEC_F 0x10
#define DECODE_SVM1_ADDR_PREDEC_F(base) \
  DECODE_WORD_REGISTER (base)

#define SVM1_ADDR_PREINC_B 0x11
#define DECODE_SVM1_ADDR_PREINC_B(base) \
  DECODE_WORD_REGISTER (base)

#define SVM1_ADDR_PREINC_W 0x12
#define DECODE_SVM1_ADDR_PREINC_W(base) \
  DECODE_WORD_REGISTER (base)

#define SVM1_ADDR_PREINC_F 0x13
#define DECODE_SVM1_ADDR_PREINC_F(base) \
  DECODE_WORD_REGISTER (base)

#define SVM1_ADDR_POSTDEC_B 0x14
#define DECODE_SVM1_ADDR_POSTDEC_B(base) \
  DECODE_WORD_REGISTER (base)

#define SVM1_ADDR_POSTDEC_W 0x15
#define DECODE_SVM1_ADDR_POSTDEC_W(base) \
  DECODE_WORD_REGISTER (base)

#define SVM1_ADDR_POSTDEC_F 0x16
#define DECODE_SVM1_ADDR_POSTDEC_F(base) \
  DECODE_WORD_REGISTER (base)

#define SVM1_ADDR_POSTINC_B 0x17
#define DECODE_SVM1_ADDR_POSTINC_B(base) \
  DECODE_WORD_REGISTER (base)

#define SVM1_ADDR_POSTINC_W 0x18
#define DECODE_SVM1_ADDR_POSTINC_W(base) \
  DECODE_WORD_REGISTER (base)

#define SVM1_ADDR_POSTINC_F 0x19
#define DECODE_SVM1_ADDR_POSTINC_F(base) \
  DECODE_WORD_REGISTER (base)

#define SVM1_ADDR_PCR_S8 0x1a
#define DECODE_SVM1_ADDR_PCR_S8(value) \
  DECODE_SIGNED_8 (value)

#define SVM1_ADDR_PCR_S16 0x1b
#define DECODE_SVM1_ADDR_PCR_S16(value) \
  DECODE_SIGNED_16 (value)

#define SVM1_ADDR_PCR_S32 0x1c
#define DECODE_SVM1_ADDR_PCR_S32(value) \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_START_CODE 0x01
#define SVM1_INST_END_CODE 0xce

#define SVM1_INST_BINDINGS(binder) \
  binder (SVM1_INST_STORE_B_WR_ADDR, store_b_wr_addr); \
  binder (SVM1_INST_STORE_W_WR_ADDR, store_w_wr_addr); \
  binder (SVM1_INST_STORE_F_FR_ADDR, store_f_fr_addr); \
  binder (SVM1_INST_LOAD_B_WR_ADDR, load_b_wr_addr); \
  binder (SVM1_INST_LOAD_W_WR_ADDR, load_w_wr_addr); \
  binder (SVM1_INST_LOAD_F_FR_ADDR, load_f_fr_addr); \
  binder (SVM1_INST_LOAD_ADDRESS_ADDR, load_address_addr); \
  binder (SVM1_INST_LOAD_IMMEDIATE_WR_S8, load_immediate_wr_s8); \
  binder (SVM1_INST_LOAD_IMMEDIATE_WR_S16, load_immediate_wr_s16); \
  binder (SVM1_INST_LOAD_IMMEDIATE_WR_S32, load_immediate_wr_s32); \
  binder (SVM1_INST_LOAD_IMMEDIATE_WR_U8, load_immediate_wr_u8); \
  binder (SVM1_INST_LOAD_IMMEDIATE_WR_U16, load_immediate_wr_u16); \
  binder (SVM1_INST_LOAD_IMMEDIATE_WR_U32, load_immediate_wr_u32); \
  binder (SVM1_INST_LOAD_IMMEDIATE_FR_FLT, load_immediate_fr_flt); \
  binder (SVM1_INST_COPY_BLOCK_U8_W, copy_block_u8_w); \
  binder (SVM1_INST_COPY_BLOCK_WR_W, copy_block_wr_w); \
  binder (SVM1_INST_LOAD_NON_POINTER_TC_U8, load_non_pointer_tc_u8); \
  binder (SVM1_INST_LOAD_NON_POINTER_WR_U8, load_non_pointer_wr_u8); \
  binder (SVM1_INST_LOAD_NON_POINTER_TC_U16, load_non_pointer_tc_u16); \
  binder (SVM1_INST_LOAD_NON_POINTER_WR_U16, load_non_pointer_wr_u16); \
  binder (SVM1_INST_LOAD_NON_POINTER_TC_U32, load_non_pointer_tc_u32); \
  binder (SVM1_INST_LOAD_NON_POINTER_WR_U32, load_non_pointer_wr_u32); \
  binder (SVM1_INST_LOAD_NON_POINTER_TC_WR, load_non_pointer_tc_wr); \
  binder (SVM1_INST_LOAD_NON_POINTER, load_non_pointer); \
  binder (SVM1_INST_LOAD_POINTER_TC_WR, load_pointer_tc_wr); \
  binder (SVM1_INST_LOAD_POINTER, load_pointer); \
  binder (SVM1_INST_JUMP_PCR_S8, jump_pcr_s8); \
  binder (SVM1_INST_JUMP_PCR_S16, jump_pcr_s16); \
  binder (SVM1_INST_JUMP_PCR_S32, jump_pcr_s32); \
  binder (SVM1_INST_JUMP_INDIR_WR, jump_indir_wr); \
  binder (SVM1_INST_IJUMP_U8, ijump_u8); \
  binder (SVM1_INST_IJUMP_U16, ijump_u16); \
  binder (SVM1_INST_IJUMP_U32, ijump_u32); \
  binder (SVM1_INST_ICALL_U8, icall_u8); \
  binder (SVM1_INST_ICALL_U16, icall_u16); \
  binder (SVM1_INST_ICALL_U32, icall_u32); \
  binder (SVM1_INST_CJUMP_EQ_WR_WR_PCR_S8, cjump_eq_wr_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_NEQ_WR_WR_PCR_S8, cjump_neq_wr_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_LT_WR_WR_PCR_S8, cjump_lt_wr_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_GE_WR_WR_PCR_S8, cjump_ge_wr_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_GT_WR_WR_PCR_S8, cjump_gt_wr_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_LE_WR_WR_PCR_S8, cjump_le_wr_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_SLT_WR_WR_PCR_S8, cjump_slt_wr_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_SGE_WR_WR_PCR_S8, cjump_sge_wr_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_SGT_WR_WR_PCR_S8, cjump_sgt_wr_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_SLE_WR_WR_PCR_S8, cjump_sle_wr_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_EQ_WR_WR_PCR_S16, cjump_eq_wr_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_NEQ_WR_WR_PCR_S16, cjump_neq_wr_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_LT_WR_WR_PCR_S16, cjump_lt_wr_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_GE_WR_WR_PCR_S16, cjump_ge_wr_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_GT_WR_WR_PCR_S16, cjump_gt_wr_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_LE_WR_WR_PCR_S16, cjump_le_wr_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_SLT_WR_WR_PCR_S16, cjump_slt_wr_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_SGE_WR_WR_PCR_S16, cjump_sge_wr_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_SGT_WR_WR_PCR_S16, cjump_sgt_wr_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_SLE_WR_WR_PCR_S16, cjump_sle_wr_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_EQ_WR_WR_PCR_S32, cjump_eq_wr_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_NEQ_WR_WR_PCR_S32, cjump_neq_wr_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_LT_WR_WR_PCR_S32, cjump_lt_wr_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_GE_WR_WR_PCR_S32, cjump_ge_wr_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_GT_WR_WR_PCR_S32, cjump_gt_wr_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_LE_WR_WR_PCR_S32, cjump_le_wr_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_SLT_WR_WR_PCR_S32, cjump_slt_wr_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_SGE_WR_WR_PCR_S32, cjump_sge_wr_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_SGT_WR_WR_PCR_S32, cjump_sgt_wr_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_SLE_WR_WR_PCR_S32, cjump_sle_wr_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_EQ_WR_PCR_S8, cjump_eq_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_NEQ_WR_PCR_S8, cjump_neq_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_SLT_WR_PCR_S8, cjump_slt_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_SGE_WR_PCR_S8, cjump_sge_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_SGT_WR_PCR_S8, cjump_sgt_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_SLE_WR_PCR_S8, cjump_sle_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_EQ_WR_PCR_S16, cjump_eq_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_NEQ_WR_PCR_S16, cjump_neq_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_SLT_WR_PCR_S16, cjump_slt_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_SGE_WR_PCR_S16, cjump_sge_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_SGT_WR_PCR_S16, cjump_sgt_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_SLE_WR_PCR_S16, cjump_sle_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_EQ_WR_PCR_S32, cjump_eq_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_NEQ_WR_PCR_S32, cjump_neq_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_SLT_WR_PCR_S32, cjump_slt_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_SGE_WR_PCR_S32, cjump_sge_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_SGT_WR_PCR_S32, cjump_sgt_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_SLE_WR_PCR_S32, cjump_sle_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_FIX_WR_PCR_S8, cjump_fix_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_NFIX_WR_PCR_S8, cjump_nfix_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_IFIX_WR_PCR_S8, cjump_ifix_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_NIFIX_WR_PCR_S8, cjump_nifix_wr_pcr_s8); \
  binder (SVM1_INST_CJUMP_FIX_WR_PCR_S16, cjump_fix_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_NFIX_WR_PCR_S16, cjump_nfix_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_IFIX_WR_PCR_S16, cjump_ifix_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_NIFIX_WR_PCR_S16, cjump_nifix_wr_pcr_s16); \
  binder (SVM1_INST_CJUMP_FIX_WR_PCR_S32, cjump_fix_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_NFIX_WR_PCR_S32, cjump_nfix_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_IFIX_WR_PCR_S32, cjump_ifix_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_NIFIX_WR_PCR_S32, cjump_nifix_wr_pcr_s32); \
  binder (SVM1_INST_CJUMP_EQ_FR_FR_PCR_S8, cjump_eq_fr_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_NEQ_FR_FR_PCR_S8, cjump_neq_fr_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_LT_FR_FR_PCR_S8, cjump_lt_fr_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_GT_FR_FR_PCR_S8, cjump_gt_fr_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_LE_FR_FR_PCR_S8, cjump_le_fr_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_GE_FR_FR_PCR_S8, cjump_ge_fr_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_CMP_FR_FR_PCR_S8, cjump_cmp_fr_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_NCMP_FR_FR_PCR_S8, cjump_ncmp_fr_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_EQ_FR_FR_PCR_S16, cjump_eq_fr_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_NEQ_FR_FR_PCR_S16, cjump_neq_fr_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_LT_FR_FR_PCR_S16, cjump_lt_fr_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_GT_FR_FR_PCR_S16, cjump_gt_fr_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_LE_FR_FR_PCR_S16, cjump_le_fr_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_GE_FR_FR_PCR_S16, cjump_ge_fr_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_CMP_FR_FR_PCR_S16, cjump_cmp_fr_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_NCMP_FR_FR_PCR_S16, cjump_ncmp_fr_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_EQ_FR_FR_PCR_S32, cjump_eq_fr_fr_pcr_s32); \
  binder (SVM1_INST_CJUMP_NEQ_FR_FR_PCR_S32, cjump_neq_fr_fr_pcr_s32); \
  binder (SVM1_INST_CJUMP_LT_FR_FR_PCR_S32, cjump_lt_fr_fr_pcr_s32); \
  binder (SVM1_INST_CJUMP_GT_FR_FR_PCR_S32, cjump_gt_fr_fr_pcr_s32); \
  binder (SVM1_INST_CJUMP_LE_FR_FR_PCR_S32, cjump_le_fr_fr_pcr_s32); \
  binder (SVM1_INST_CJUMP_GE_FR_FR_PCR_S32, cjump_ge_fr_fr_pcr_s32); \
  binder (SVM1_INST_CJUMP_CMP_FR_FR_PCR_S32, cjump_cmp_fr_fr_pcr_s32); \
  binder (SVM1_INST_CJUMP_NCMP_FR_FR_PCR_S32, cjump_ncmp_fr_fr_pcr_s32); \
  binder (SVM1_INST_CJUMP_EQ_FR_PCR_S8, cjump_eq_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_NEQ_FR_PCR_S8, cjump_neq_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_LT_FR_PCR_S8, cjump_lt_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_GT_FR_PCR_S8, cjump_gt_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_LE_FR_PCR_S8, cjump_le_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_GE_FR_PCR_S8, cjump_ge_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_CMP_FR_PCR_S8, cjump_cmp_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_NCMP_FR_PCR_S8, cjump_ncmp_fr_pcr_s8); \
  binder (SVM1_INST_CJUMP_EQ_FR_PCR_S16, cjump_eq_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_NEQ_FR_PCR_S16, cjump_neq_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_LT_FR_PCR_S16, cjump_lt_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_GT_FR_PCR_S16, cjump_gt_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_LE_FR_PCR_S16, cjump_le_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_GE_FR_PCR_S16, cjump_ge_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_CMP_FR_PCR_S16, cjump_cmp_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_NCMP_FR_PCR_S16, cjump_ncmp_fr_pcr_s16); \
  binder (SVM1_INST_CJUMP_EQ_FR_PCR_S32, cjump_eq_fr_pcr_s32); \
  binder (SVM1_INST_CJUMP_NEQ_FR_PCR_S32, cjump_neq_fr_pcr_s32); \
  binder (SVM1_INST_CJUMP_LT_FR_PCR_S32, cjump_lt_fr_pcr_s32); \
  binder (SVM1_INST_CJUMP_GT_FR_PCR_S32, cjump_gt_fr_pcr_s32); \
  binder (SVM1_INST_CJUMP_LE_FR_PCR_S32, cjump_le_fr_pcr_s32); \
  binder (SVM1_INST_CJUMP_GE_FR_PCR_S32, cjump_ge_fr_pcr_s32); \
  binder (SVM1_INST_CJUMP_CMP_FR_PCR_S32, cjump_cmp_fr_pcr_s32); \
  binder (SVM1_INST_CJUMP_NCMP_FR_PCR_S32, cjump_ncmp_fr_pcr_s32); \
  binder (SVM1_INST_TRAP_TRAP_0, trap_trap_0); \
  binder (SVM1_INST_TRAP_TRAP_1_WR, trap_trap_1_wr); \
  binder (SVM1_INST_TRAP_TRAP_2_WR, trap_trap_2_wr); \
  binder (SVM1_INST_TRAP_TRAP_3_WR, trap_trap_3_wr); \
  binder (SVM1_INST_INTERRUPT_TEST_PROCEDURE, interrupt_test_procedure); \
  binder (SVM1_INST_INTERRUPT_TEST_DYNAMIC_LINK, interrupt_test_dynamic_link); \
  binder (SVM1_INST_INTERRUPT_TEST_CLOSURE, interrupt_test_closure); \
  binder (SVM1_INST_INTERRUPT_TEST_IC_PROCEDURE, interrupt_test_ic_procedure); \
  binder (SVM1_INST_INTERRUPT_TEST_CONTINUATION, interrupt_test_continuation); \
  binder (SVM1_INST_FLONUM_HEADER_U8, flonum_header_u8); \
  binder (SVM1_INST_FLONUM_HEADER_U16, flonum_header_u16); \
  binder (SVM1_INST_FLONUM_HEADER_U32, flonum_header_u32); \
  binder (SVM1_INST_FLONUM_HEADER, flonum_header); \
  binder (SVM1_INST_COPY_WR, copy_wr); \
  binder (SVM1_INST_COPY_FR, copy_fr); \
  binder (SVM1_INST_NEGATE_WR, negate_wr); \
  binder (SVM1_INST_NEGATE_FR, negate_fr); \
  binder (SVM1_INST_INCREMENT_WR, increment_wr); \
  binder (SVM1_INST_INCREMENT_FR, increment_fr); \
  binder (SVM1_INST_DECREMENT_WR, decrement_wr); \
  binder (SVM1_INST_DECREMENT_FR, decrement_fr); \
  binder (SVM1_INST_ABS_WR, abs_wr); \
  binder (SVM1_INST_ABS_FR, abs_fr); \
  binder (SVM1_INST_OBJECT_TYPE, object_type); \
  binder (SVM1_INST_OBJECT_DATUM, object_datum); \
  binder (SVM1_INST_OBJECT_ADDRESS, object_address); \
  binder (SVM1_INST_FIXNUM_TO_INTEGER, fixnum_to_integer); \
  binder (SVM1_INST_INTEGER_TO_FIXNUM, integer_to_fixnum); \
  binder (SVM1_INST_NOT, not); \
  binder (SVM1_INST_FLONUM_ALIGN, flonum_align); \
  binder (SVM1_INST_FLONUM_LENGTH, flonum_length); \
  binder (SVM1_INST_SQRT, sqrt); \
  binder (SVM1_INST_ROUND, round); \
  binder (SVM1_INST_CEILING, ceiling); \
  binder (SVM1_INST_FLOOR, floor); \
  binder (SVM1_INST_TRUNCATE, truncate); \
  binder (SVM1_INST_LOG, log); \
  binder (SVM1_INST_EXP, exp); \
  binder (SVM1_INST_COS, cos); \
  binder (SVM1_INST_SIN, sin); \
  binder (SVM1_INST_TAN, tan); \
  binder (SVM1_INST_ACOS, acos); \
  binder (SVM1_INST_ASIN, asin); \
  binder (SVM1_INST_ATAN, atan); \
  binder (SVM1_INST_ADD_WR, add_wr); \
  binder (SVM1_INST_ADD_FR, add_fr); \
  binder (SVM1_INST_SUBTRACT_WR, subtract_wr); \
  binder (SVM1_INST_SUBTRACT_FR, subtract_fr); \
  binder (SVM1_INST_MULTIPLY_WR, multiply_wr); \
  binder (SVM1_INST_MULTIPLY_FR, multiply_fr); \
  binder (SVM1_INST_QUOTIENT, quotient); \
  binder (SVM1_INST_REMAINDER, remainder); \
  binder (SVM1_INST_LSH, lsh); \
  binder (SVM1_INST_AND, and); \
  binder (SVM1_INST_ANDC, andc); \
  binder (SVM1_INST_OR, or); \
  binder (SVM1_INST_XOR, xor); \
  binder (SVM1_INST_MAX_UNSIGNED, max_unsigned); \
  binder (SVM1_INST_MIN_UNSIGNED, min_unsigned); \
  binder (SVM1_INST_DIVIDE, divide); \
  binder (SVM1_INST_ATAN2, atan2)

#define SVM1_INST_STORE_B_WR_ADDR 0x01
#define DECODE_SVM1_INST_STORE_B_WR_ADDR(source, target) \
  DECODE_WORD_REGISTER (source); \
  DECODE_ADDRESS (target)

#define SVM1_INST_STORE_W_WR_ADDR 0x02
#define DECODE_SVM1_INST_STORE_W_WR_ADDR(source, target) \
  DECODE_WORD_REGISTER (source); \
  DECODE_ADDRESS (target)

#define SVM1_INST_STORE_F_FR_ADDR 0x03
#define DECODE_SVM1_INST_STORE_F_FR_ADDR(source, target) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_ADDRESS (target)

#define SVM1_INST_LOAD_B_WR_ADDR 0x04
#define DECODE_SVM1_INST_LOAD_B_WR_ADDR(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_ADDRESS (source)

#define SVM1_INST_LOAD_W_WR_ADDR 0x05
#define DECODE_SVM1_INST_LOAD_W_WR_ADDR(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_ADDRESS (source)

#define SVM1_INST_LOAD_F_FR_ADDR 0x06
#define DECODE_SVM1_INST_LOAD_F_FR_ADDR(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_ADDRESS (source)

#define SVM1_INST_LOAD_ADDRESS_ADDR 0x07
#define DECODE_SVM1_INST_LOAD_ADDRESS_ADDR(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_ADDRESS (source)

#define SVM1_INST_LOAD_IMMEDIATE_WR_S8 0x08
#define DECODE_SVM1_INST_LOAD_IMMEDIATE_WR_S8(target, value_1) \
  DECODE_WORD_REGISTER (target); \
  DECODE_SIGNED_8 (value_1)

#define SVM1_INST_LOAD_IMMEDIATE_WR_S16 0x09
#define DECODE_SVM1_INST_LOAD_IMMEDIATE_WR_S16(target, value_1) \
  DECODE_WORD_REGISTER (target); \
  DECODE_SIGNED_16 (value_1)

#define SVM1_INST_LOAD_IMMEDIATE_WR_S32 0x0a
#define DECODE_SVM1_INST_LOAD_IMMEDIATE_WR_S32(target, value_1) \
  DECODE_WORD_REGISTER (target); \
  DECODE_SIGNED_32 (value_1)

#define SVM1_INST_LOAD_IMMEDIATE_WR_U8 0x0b
#define DECODE_SVM1_INST_LOAD_IMMEDIATE_WR_U8(target, value_1) \
  DECODE_WORD_REGISTER (target); \
  DECODE_UNSIGNED_8 (value_1)

#define SVM1_INST_LOAD_IMMEDIATE_WR_U16 0x0c
#define DECODE_SVM1_INST_LOAD_IMMEDIATE_WR_U16(target, value_1) \
  DECODE_WORD_REGISTER (target); \
  DECODE_UNSIGNED_16 (value_1)

#define SVM1_INST_LOAD_IMMEDIATE_WR_U32 0x0d
#define DECODE_SVM1_INST_LOAD_IMMEDIATE_WR_U32(target, value_1) \
  DECODE_WORD_REGISTER (target); \
  DECODE_UNSIGNED_32 (value_1)

#define SVM1_INST_LOAD_IMMEDIATE_FR_FLT 0x0e
#define DECODE_SVM1_INST_LOAD_IMMEDIATE_FR_FLT(target, value) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT (value)

#define SVM1_INST_COPY_BLOCK_U8_W 0x0f
#define DECODE_SVM1_INST_COPY_BLOCK_U8_W(to, from, size) \
  DECODE_WORD_REGISTER (to); \
  DECODE_WORD_REGISTER (from); \
  DECODE_UNSIGNED_8 (size)

#define SVM1_INST_COPY_BLOCK_WR_W 0x10
#define DECODE_SVM1_INST_COPY_BLOCK_WR_W(to, from, size) \
  DECODE_WORD_REGISTER (to); \
  DECODE_WORD_REGISTER (from); \
  DECODE_WORD_REGISTER (size)

#define SVM1_INST_LOAD_NON_POINTER_TC_U8 0x11
#define DECODE_SVM1_INST_LOAD_NON_POINTER_TC_U8(target, type_1, value) \
  DECODE_WORD_REGISTER (target); \
  DECODE_TYPE_WORD (type_1); \
  DECODE_UNSIGNED_8 (value)

#define SVM1_INST_LOAD_NON_POINTER_WR_U8 0x12
#define DECODE_SVM1_INST_LOAD_NON_POINTER_WR_U8(target, source, value) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source); \
  DECODE_UNSIGNED_8 (value)

#define SVM1_INST_LOAD_NON_POINTER_TC_U16 0x13
#define DECODE_SVM1_INST_LOAD_NON_POINTER_TC_U16(target, type_1, value) \
  DECODE_WORD_REGISTER (target); \
  DECODE_TYPE_WORD (type_1); \
  DECODE_UNSIGNED_16 (value)

#define SVM1_INST_LOAD_NON_POINTER_WR_U16 0x14
#define DECODE_SVM1_INST_LOAD_NON_POINTER_WR_U16(target, source, value) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source); \
  DECODE_UNSIGNED_16 (value)

#define SVM1_INST_LOAD_NON_POINTER_TC_U32 0x15
#define DECODE_SVM1_INST_LOAD_NON_POINTER_TC_U32(target, type_1, value) \
  DECODE_WORD_REGISTER (target); \
  DECODE_TYPE_WORD (type_1); \
  DECODE_UNSIGNED_32 (value)

#define SVM1_INST_LOAD_NON_POINTER_WR_U32 0x16
#define DECODE_SVM1_INST_LOAD_NON_POINTER_WR_U32(target, source, value) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source); \
  DECODE_UNSIGNED_32 (value)

#define SVM1_INST_LOAD_NON_POINTER_TC_WR 0x17
#define DECODE_SVM1_INST_LOAD_NON_POINTER_TC_WR(target, type_1, datum) \
  DECODE_WORD_REGISTER (target); \
  DECODE_TYPE_WORD (type_1); \
  DECODE_WORD_REGISTER (datum)

#define SVM1_INST_LOAD_NON_POINTER 0x18
#define DECODE_SVM1_INST_LOAD_NON_POINTER(target, source, datum) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source); \
  DECODE_WORD_REGISTER (datum)

#define SVM1_INST_LOAD_POINTER_TC_WR 0x19
#define DECODE_SVM1_INST_LOAD_POINTER_TC_WR(target, type_1, address) \
  DECODE_WORD_REGISTER (target); \
  DECODE_TYPE_WORD (type_1); \
  DECODE_WORD_REGISTER (address)

#define SVM1_INST_LOAD_POINTER 0x1a
#define DECODE_SVM1_INST_LOAD_POINTER(target, source, address) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source); \
  DECODE_WORD_REGISTER (address)

#define SVM1_INST_JUMP_PCR_S8 0x1b
#define DECODE_SVM1_INST_JUMP_PCR_S8(value) \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_JUMP_PCR_S16 0x1c
#define DECODE_SVM1_INST_JUMP_PCR_S16(value) \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_JUMP_PCR_S32 0x1d
#define DECODE_SVM1_INST_JUMP_PCR_S32(value) \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_JUMP_INDIR_WR 0x1e
#define DECODE_SVM1_INST_JUMP_INDIR_WR(address) \
  DECODE_WORD_REGISTER (address)

#define SVM1_INST_IJUMP_U8 0x1f
#define DECODE_SVM1_INST_IJUMP_U8(value) \
  DECODE_UNSIGNED_8 (value)

#define SVM1_INST_IJUMP_U16 0x20
#define DECODE_SVM1_INST_IJUMP_U16(value) \
  DECODE_UNSIGNED_16 (value)

#define SVM1_INST_IJUMP_U32 0x21
#define DECODE_SVM1_INST_IJUMP_U32(value) \
  DECODE_UNSIGNED_32 (value)

#define SVM1_INST_ICALL_U8 0x22
#define DECODE_SVM1_INST_ICALL_U8(value) \
  DECODE_UNSIGNED_8 (value)

#define SVM1_INST_ICALL_U16 0x23
#define DECODE_SVM1_INST_ICALL_U16(value) \
  DECODE_UNSIGNED_16 (value)

#define SVM1_INST_ICALL_U32 0x24
#define DECODE_SVM1_INST_ICALL_U32(value) \
  DECODE_UNSIGNED_32 (value)

#define SVM1_INST_CJUMP_EQ_WR_WR_PCR_S8 0x25
#define DECODE_SVM1_INST_CJUMP_EQ_WR_WR_PCR_S8(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_NEQ_WR_WR_PCR_S8 0x26
#define DECODE_SVM1_INST_CJUMP_NEQ_WR_WR_PCR_S8(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_LT_WR_WR_PCR_S8 0x27
#define DECODE_SVM1_INST_CJUMP_LT_WR_WR_PCR_S8(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_GE_WR_WR_PCR_S8 0x28
#define DECODE_SVM1_INST_CJUMP_GE_WR_WR_PCR_S8(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_GT_WR_WR_PCR_S8 0x29
#define DECODE_SVM1_INST_CJUMP_GT_WR_WR_PCR_S8(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_LE_WR_WR_PCR_S8 0x2a
#define DECODE_SVM1_INST_CJUMP_LE_WR_WR_PCR_S8(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_SLT_WR_WR_PCR_S8 0x2b
#define DECODE_SVM1_INST_CJUMP_SLT_WR_WR_PCR_S8(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_SGE_WR_WR_PCR_S8 0x2c
#define DECODE_SVM1_INST_CJUMP_SGE_WR_WR_PCR_S8(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_SGT_WR_WR_PCR_S8 0x2d
#define DECODE_SVM1_INST_CJUMP_SGT_WR_WR_PCR_S8(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_SLE_WR_WR_PCR_S8 0x2e
#define DECODE_SVM1_INST_CJUMP_SLE_WR_WR_PCR_S8(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_EQ_WR_WR_PCR_S16 0x2f
#define DECODE_SVM1_INST_CJUMP_EQ_WR_WR_PCR_S16(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_NEQ_WR_WR_PCR_S16 0x30
#define DECODE_SVM1_INST_CJUMP_NEQ_WR_WR_PCR_S16(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_LT_WR_WR_PCR_S16 0x31
#define DECODE_SVM1_INST_CJUMP_LT_WR_WR_PCR_S16(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_GE_WR_WR_PCR_S16 0x32
#define DECODE_SVM1_INST_CJUMP_GE_WR_WR_PCR_S16(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_GT_WR_WR_PCR_S16 0x33
#define DECODE_SVM1_INST_CJUMP_GT_WR_WR_PCR_S16(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_LE_WR_WR_PCR_S16 0x34
#define DECODE_SVM1_INST_CJUMP_LE_WR_WR_PCR_S16(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_SLT_WR_WR_PCR_S16 0x35
#define DECODE_SVM1_INST_CJUMP_SLT_WR_WR_PCR_S16(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_SGE_WR_WR_PCR_S16 0x36
#define DECODE_SVM1_INST_CJUMP_SGE_WR_WR_PCR_S16(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_SGT_WR_WR_PCR_S16 0x37
#define DECODE_SVM1_INST_CJUMP_SGT_WR_WR_PCR_S16(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_SLE_WR_WR_PCR_S16 0x38
#define DECODE_SVM1_INST_CJUMP_SLE_WR_WR_PCR_S16(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_EQ_WR_WR_PCR_S32 0x39
#define DECODE_SVM1_INST_CJUMP_EQ_WR_WR_PCR_S32(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_NEQ_WR_WR_PCR_S32 0x3a
#define DECODE_SVM1_INST_CJUMP_NEQ_WR_WR_PCR_S32(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_LT_WR_WR_PCR_S32 0x3b
#define DECODE_SVM1_INST_CJUMP_LT_WR_WR_PCR_S32(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_GE_WR_WR_PCR_S32 0x3c
#define DECODE_SVM1_INST_CJUMP_GE_WR_WR_PCR_S32(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_GT_WR_WR_PCR_S32 0x3d
#define DECODE_SVM1_INST_CJUMP_GT_WR_WR_PCR_S32(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_LE_WR_WR_PCR_S32 0x3e
#define DECODE_SVM1_INST_CJUMP_LE_WR_WR_PCR_S32(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_SLT_WR_WR_PCR_S32 0x3f
#define DECODE_SVM1_INST_CJUMP_SLT_WR_WR_PCR_S32(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_SGE_WR_WR_PCR_S32 0x40
#define DECODE_SVM1_INST_CJUMP_SGE_WR_WR_PCR_S32(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_SGT_WR_WR_PCR_S32 0x41
#define DECODE_SVM1_INST_CJUMP_SGT_WR_WR_PCR_S32(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_SLE_WR_WR_PCR_S32 0x42
#define DECODE_SVM1_INST_CJUMP_SLE_WR_WR_PCR_S32(source1, source2, value) \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_EQ_WR_PCR_S8 0x43
#define DECODE_SVM1_INST_CJUMP_EQ_WR_PCR_S8(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_NEQ_WR_PCR_S8 0x44
#define DECODE_SVM1_INST_CJUMP_NEQ_WR_PCR_S8(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_SLT_WR_PCR_S8 0x45
#define DECODE_SVM1_INST_CJUMP_SLT_WR_PCR_S8(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_SGE_WR_PCR_S8 0x46
#define DECODE_SVM1_INST_CJUMP_SGE_WR_PCR_S8(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_SGT_WR_PCR_S8 0x47
#define DECODE_SVM1_INST_CJUMP_SGT_WR_PCR_S8(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_SLE_WR_PCR_S8 0x48
#define DECODE_SVM1_INST_CJUMP_SLE_WR_PCR_S8(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_EQ_WR_PCR_S16 0x49
#define DECODE_SVM1_INST_CJUMP_EQ_WR_PCR_S16(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_NEQ_WR_PCR_S16 0x4a
#define DECODE_SVM1_INST_CJUMP_NEQ_WR_PCR_S16(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_SLT_WR_PCR_S16 0x4b
#define DECODE_SVM1_INST_CJUMP_SLT_WR_PCR_S16(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_SGE_WR_PCR_S16 0x4c
#define DECODE_SVM1_INST_CJUMP_SGE_WR_PCR_S16(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_SGT_WR_PCR_S16 0x4d
#define DECODE_SVM1_INST_CJUMP_SGT_WR_PCR_S16(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_SLE_WR_PCR_S16 0x4e
#define DECODE_SVM1_INST_CJUMP_SLE_WR_PCR_S16(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_EQ_WR_PCR_S32 0x4f
#define DECODE_SVM1_INST_CJUMP_EQ_WR_PCR_S32(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_NEQ_WR_PCR_S32 0x50
#define DECODE_SVM1_INST_CJUMP_NEQ_WR_PCR_S32(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_SLT_WR_PCR_S32 0x51
#define DECODE_SVM1_INST_CJUMP_SLT_WR_PCR_S32(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_SGE_WR_PCR_S32 0x52
#define DECODE_SVM1_INST_CJUMP_SGE_WR_PCR_S32(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_SGT_WR_PCR_S32 0x53
#define DECODE_SVM1_INST_CJUMP_SGT_WR_PCR_S32(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_SLE_WR_PCR_S32 0x54
#define DECODE_SVM1_INST_CJUMP_SLE_WR_PCR_S32(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_FIX_WR_PCR_S8 0x55
#define DECODE_SVM1_INST_CJUMP_FIX_WR_PCR_S8(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_NFIX_WR_PCR_S8 0x56
#define DECODE_SVM1_INST_CJUMP_NFIX_WR_PCR_S8(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_IFIX_WR_PCR_S8 0x57
#define DECODE_SVM1_INST_CJUMP_IFIX_WR_PCR_S8(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_NIFIX_WR_PCR_S8 0x58
#define DECODE_SVM1_INST_CJUMP_NIFIX_WR_PCR_S8(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_FIX_WR_PCR_S16 0x59
#define DECODE_SVM1_INST_CJUMP_FIX_WR_PCR_S16(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_NFIX_WR_PCR_S16 0x5a
#define DECODE_SVM1_INST_CJUMP_NFIX_WR_PCR_S16(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_IFIX_WR_PCR_S16 0x5b
#define DECODE_SVM1_INST_CJUMP_IFIX_WR_PCR_S16(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_NIFIX_WR_PCR_S16 0x5c
#define DECODE_SVM1_INST_CJUMP_NIFIX_WR_PCR_S16(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_FIX_WR_PCR_S32 0x5d
#define DECODE_SVM1_INST_CJUMP_FIX_WR_PCR_S32(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_NFIX_WR_PCR_S32 0x5e
#define DECODE_SVM1_INST_CJUMP_NFIX_WR_PCR_S32(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_IFIX_WR_PCR_S32 0x5f
#define DECODE_SVM1_INST_CJUMP_IFIX_WR_PCR_S32(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_NIFIX_WR_PCR_S32 0x60
#define DECODE_SVM1_INST_CJUMP_NIFIX_WR_PCR_S32(source, value) \
  DECODE_WORD_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_EQ_FR_FR_PCR_S8 0x61
#define DECODE_SVM1_INST_CJUMP_EQ_FR_FR_PCR_S8(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_NEQ_FR_FR_PCR_S8 0x62
#define DECODE_SVM1_INST_CJUMP_NEQ_FR_FR_PCR_S8(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_LT_FR_FR_PCR_S8 0x63
#define DECODE_SVM1_INST_CJUMP_LT_FR_FR_PCR_S8(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_GT_FR_FR_PCR_S8 0x64
#define DECODE_SVM1_INST_CJUMP_GT_FR_FR_PCR_S8(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_LE_FR_FR_PCR_S8 0x65
#define DECODE_SVM1_INST_CJUMP_LE_FR_FR_PCR_S8(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_GE_FR_FR_PCR_S8 0x66
#define DECODE_SVM1_INST_CJUMP_GE_FR_FR_PCR_S8(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_CMP_FR_FR_PCR_S8 0x67
#define DECODE_SVM1_INST_CJUMP_CMP_FR_FR_PCR_S8(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_NCMP_FR_FR_PCR_S8 0x68
#define DECODE_SVM1_INST_CJUMP_NCMP_FR_FR_PCR_S8(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_EQ_FR_FR_PCR_S16 0x69
#define DECODE_SVM1_INST_CJUMP_EQ_FR_FR_PCR_S16(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_NEQ_FR_FR_PCR_S16 0x6a
#define DECODE_SVM1_INST_CJUMP_NEQ_FR_FR_PCR_S16(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_LT_FR_FR_PCR_S16 0x6b
#define DECODE_SVM1_INST_CJUMP_LT_FR_FR_PCR_S16(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_GT_FR_FR_PCR_S16 0x6c
#define DECODE_SVM1_INST_CJUMP_GT_FR_FR_PCR_S16(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_LE_FR_FR_PCR_S16 0x6d
#define DECODE_SVM1_INST_CJUMP_LE_FR_FR_PCR_S16(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_GE_FR_FR_PCR_S16 0x6e
#define DECODE_SVM1_INST_CJUMP_GE_FR_FR_PCR_S16(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_CMP_FR_FR_PCR_S16 0x6f
#define DECODE_SVM1_INST_CJUMP_CMP_FR_FR_PCR_S16(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_NCMP_FR_FR_PCR_S16 0x70
#define DECODE_SVM1_INST_CJUMP_NCMP_FR_FR_PCR_S16(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_EQ_FR_FR_PCR_S32 0x71
#define DECODE_SVM1_INST_CJUMP_EQ_FR_FR_PCR_S32(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_NEQ_FR_FR_PCR_S32 0x72
#define DECODE_SVM1_INST_CJUMP_NEQ_FR_FR_PCR_S32(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_LT_FR_FR_PCR_S32 0x73
#define DECODE_SVM1_INST_CJUMP_LT_FR_FR_PCR_S32(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_GT_FR_FR_PCR_S32 0x74
#define DECODE_SVM1_INST_CJUMP_GT_FR_FR_PCR_S32(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_LE_FR_FR_PCR_S32 0x75
#define DECODE_SVM1_INST_CJUMP_LE_FR_FR_PCR_S32(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_GE_FR_FR_PCR_S32 0x76
#define DECODE_SVM1_INST_CJUMP_GE_FR_FR_PCR_S32(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_CMP_FR_FR_PCR_S32 0x77
#define DECODE_SVM1_INST_CJUMP_CMP_FR_FR_PCR_S32(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_NCMP_FR_FR_PCR_S32 0x78
#define DECODE_SVM1_INST_CJUMP_NCMP_FR_FR_PCR_S32(source1, source2, value) \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_EQ_FR_PCR_S8 0x79
#define DECODE_SVM1_INST_CJUMP_EQ_FR_PCR_S8(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_NEQ_FR_PCR_S8 0x7a
#define DECODE_SVM1_INST_CJUMP_NEQ_FR_PCR_S8(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_LT_FR_PCR_S8 0x7b
#define DECODE_SVM1_INST_CJUMP_LT_FR_PCR_S8(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_GT_FR_PCR_S8 0x7c
#define DECODE_SVM1_INST_CJUMP_GT_FR_PCR_S8(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_LE_FR_PCR_S8 0x7d
#define DECODE_SVM1_INST_CJUMP_LE_FR_PCR_S8(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_GE_FR_PCR_S8 0x7e
#define DECODE_SVM1_INST_CJUMP_GE_FR_PCR_S8(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_CMP_FR_PCR_S8 0x7f
#define DECODE_SVM1_INST_CJUMP_CMP_FR_PCR_S8(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_NCMP_FR_PCR_S8 0x80
#define DECODE_SVM1_INST_CJUMP_NCMP_FR_PCR_S8(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_8 (value)

#define SVM1_INST_CJUMP_EQ_FR_PCR_S16 0x81
#define DECODE_SVM1_INST_CJUMP_EQ_FR_PCR_S16(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_NEQ_FR_PCR_S16 0x82
#define DECODE_SVM1_INST_CJUMP_NEQ_FR_PCR_S16(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_LT_FR_PCR_S16 0x83
#define DECODE_SVM1_INST_CJUMP_LT_FR_PCR_S16(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_GT_FR_PCR_S16 0x84
#define DECODE_SVM1_INST_CJUMP_GT_FR_PCR_S16(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_LE_FR_PCR_S16 0x85
#define DECODE_SVM1_INST_CJUMP_LE_FR_PCR_S16(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_GE_FR_PCR_S16 0x86
#define DECODE_SVM1_INST_CJUMP_GE_FR_PCR_S16(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_CMP_FR_PCR_S16 0x87
#define DECODE_SVM1_INST_CJUMP_CMP_FR_PCR_S16(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_NCMP_FR_PCR_S16 0x88
#define DECODE_SVM1_INST_CJUMP_NCMP_FR_PCR_S16(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_16 (value)

#define SVM1_INST_CJUMP_EQ_FR_PCR_S32 0x89
#define DECODE_SVM1_INST_CJUMP_EQ_FR_PCR_S32(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_NEQ_FR_PCR_S32 0x8a
#define DECODE_SVM1_INST_CJUMP_NEQ_FR_PCR_S32(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_LT_FR_PCR_S32 0x8b
#define DECODE_SVM1_INST_CJUMP_LT_FR_PCR_S32(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_GT_FR_PCR_S32 0x8c
#define DECODE_SVM1_INST_CJUMP_GT_FR_PCR_S32(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_LE_FR_PCR_S32 0x8d
#define DECODE_SVM1_INST_CJUMP_LE_FR_PCR_S32(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_GE_FR_PCR_S32 0x8e
#define DECODE_SVM1_INST_CJUMP_GE_FR_PCR_S32(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_CMP_FR_PCR_S32 0x8f
#define DECODE_SVM1_INST_CJUMP_CMP_FR_PCR_S32(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_CJUMP_NCMP_FR_PCR_S32 0x90
#define DECODE_SVM1_INST_CJUMP_NCMP_FR_PCR_S32(source, value) \
  DECODE_FLOAT_REGISTER (source); \
  DECODE_SIGNED_32 (value)

#define SVM1_INST_TRAP_TRAP_0 0x91
#define DECODE_SVM1_INST_TRAP_TRAP_0(code) \
  DECODE_TRAP_0 (code)

#define SVM1_INST_TRAP_TRAP_1_WR 0x92
#define DECODE_SVM1_INST_TRAP_TRAP_1_WR(code, arg0) \
  DECODE_TRAP_1 (code); \
  DECODE_WORD_REGISTER (arg0)

#define SVM1_INST_TRAP_TRAP_2_WR 0x93
#define DECODE_SVM1_INST_TRAP_TRAP_2_WR(code, arg0, arg1) \
  DECODE_TRAP_2 (code); \
  DECODE_WORD_REGISTER (arg0); \
  DECODE_WORD_REGISTER (arg1)

#define SVM1_INST_TRAP_TRAP_3_WR 0x94
#define DECODE_SVM1_INST_TRAP_TRAP_3_WR(code, arg0, arg1, arg2) \
  DECODE_TRAP_3 (code); \
  DECODE_WORD_REGISTER (arg0); \
  DECODE_WORD_REGISTER (arg1); \
  DECODE_WORD_REGISTER (arg2)

#define SVM1_INST_INTERRUPT_TEST_PROCEDURE 0x95

#define SVM1_INST_INTERRUPT_TEST_DYNAMIC_LINK 0x96

#define SVM1_INST_INTERRUPT_TEST_CLOSURE 0x97

#define SVM1_INST_INTERRUPT_TEST_IC_PROCEDURE 0x98

#define SVM1_INST_INTERRUPT_TEST_CONTINUATION 0x99

#define SVM1_INST_FLONUM_HEADER_U8 0x9a
#define DECODE_SVM1_INST_FLONUM_HEADER_U8(target, value) \
  DECODE_WORD_REGISTER (target); \
  DECODE_UNSIGNED_8 (value)

#define SVM1_INST_FLONUM_HEADER_U16 0x9b
#define DECODE_SVM1_INST_FLONUM_HEADER_U16(target, value) \
  DECODE_WORD_REGISTER (target); \
  DECODE_UNSIGNED_16 (value)

#define SVM1_INST_FLONUM_HEADER_U32 0x9c
#define DECODE_SVM1_INST_FLONUM_HEADER_U32(target, value) \
  DECODE_WORD_REGISTER (target); \
  DECODE_UNSIGNED_32 (value)

#define SVM1_INST_FLONUM_HEADER 0x9d
#define DECODE_SVM1_INST_FLONUM_HEADER(target, n_elts) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (n_elts)

#define SVM1_INST_COPY_WR 0x9e
#define DECODE_SVM1_INST_COPY_WR(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source)

#define SVM1_INST_COPY_FR 0x9f
#define DECODE_SVM1_INST_COPY_FR(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_NEGATE_WR 0xa0
#define DECODE_SVM1_INST_NEGATE_WR(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source)

#define SVM1_INST_NEGATE_FR 0xa1
#define DECODE_SVM1_INST_NEGATE_FR(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_INCREMENT_WR 0xa2
#define DECODE_SVM1_INST_INCREMENT_WR(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source)

#define SVM1_INST_INCREMENT_FR 0xa3
#define DECODE_SVM1_INST_INCREMENT_FR(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_DECREMENT_WR 0xa4
#define DECODE_SVM1_INST_DECREMENT_WR(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source)

#define SVM1_INST_DECREMENT_FR 0xa5
#define DECODE_SVM1_INST_DECREMENT_FR(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_ABS_WR 0xa6
#define DECODE_SVM1_INST_ABS_WR(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source)

#define SVM1_INST_ABS_FR 0xa7
#define DECODE_SVM1_INST_ABS_FR(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_OBJECT_TYPE 0xa8
#define DECODE_SVM1_INST_OBJECT_TYPE(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source)

#define SVM1_INST_OBJECT_DATUM 0xa9
#define DECODE_SVM1_INST_OBJECT_DATUM(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source)

#define SVM1_INST_OBJECT_ADDRESS 0xaa
#define DECODE_SVM1_INST_OBJECT_ADDRESS(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source)

#define SVM1_INST_FIXNUM_TO_INTEGER 0xab
#define DECODE_SVM1_INST_FIXNUM_TO_INTEGER(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source)

#define SVM1_INST_INTEGER_TO_FIXNUM 0xac
#define DECODE_SVM1_INST_INTEGER_TO_FIXNUM(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source)

#define SVM1_INST_NOT 0xad
#define DECODE_SVM1_INST_NOT(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source)

#define SVM1_INST_FLONUM_ALIGN 0xae
#define DECODE_SVM1_INST_FLONUM_ALIGN(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source)

#define SVM1_INST_FLONUM_LENGTH 0xaf
#define DECODE_SVM1_INST_FLONUM_LENGTH(target, source) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source)

#define SVM1_INST_SQRT 0xb0
#define DECODE_SVM1_INST_SQRT(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_ROUND 0xb1
#define DECODE_SVM1_INST_ROUND(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_CEILING 0xb2
#define DECODE_SVM1_INST_CEILING(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_FLOOR 0xb3
#define DECODE_SVM1_INST_FLOOR(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_TRUNCATE 0xb4
#define DECODE_SVM1_INST_TRUNCATE(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_LOG 0xb5
#define DECODE_SVM1_INST_LOG(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_EXP 0xb6
#define DECODE_SVM1_INST_EXP(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_COS 0xb7
#define DECODE_SVM1_INST_COS(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_SIN 0xb8
#define DECODE_SVM1_INST_SIN(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_TAN 0xb9
#define DECODE_SVM1_INST_TAN(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_ACOS 0xba
#define DECODE_SVM1_INST_ACOS(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_ASIN 0xbb
#define DECODE_SVM1_INST_ASIN(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_ATAN 0xbc
#define DECODE_SVM1_INST_ATAN(target, source) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source)

#define SVM1_INST_ADD_WR 0xbd
#define DECODE_SVM1_INST_ADD_WR(target, source1, source2) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2)

#define SVM1_INST_ADD_FR 0xbe
#define DECODE_SVM1_INST_ADD_FR(target, source1, source2) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2)

#define SVM1_INST_SUBTRACT_WR 0xbf
#define DECODE_SVM1_INST_SUBTRACT_WR(target, source1, source2) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2)

#define SVM1_INST_SUBTRACT_FR 0xc0
#define DECODE_SVM1_INST_SUBTRACT_FR(target, source1, source2) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2)

#define SVM1_INST_MULTIPLY_WR 0xc1
#define DECODE_SVM1_INST_MULTIPLY_WR(target, source1, source2) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2)

#define SVM1_INST_MULTIPLY_FR 0xc2
#define DECODE_SVM1_INST_MULTIPLY_FR(target, source1, source2) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2)

#define SVM1_INST_QUOTIENT 0xc3
#define DECODE_SVM1_INST_QUOTIENT(target, source1, source2) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2)

#define SVM1_INST_REMAINDER 0xc4
#define DECODE_SVM1_INST_REMAINDER(target, source1, source2) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2)

#define SVM1_INST_LSH 0xc5
#define DECODE_SVM1_INST_LSH(target, source1, source2) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2)

#define SVM1_INST_AND 0xc6
#define DECODE_SVM1_INST_AND(target, source1, source2) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2)

#define SVM1_INST_ANDC 0xc7
#define DECODE_SVM1_INST_ANDC(target, source1, source2) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2)

#define SVM1_INST_OR 0xc8
#define DECODE_SVM1_INST_OR(target, source1, source2) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2)

#define SVM1_INST_XOR 0xc9
#define DECODE_SVM1_INST_XOR(target, source1, source2) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2)

#define SVM1_INST_MAX_UNSIGNED 0xca
#define DECODE_SVM1_INST_MAX_UNSIGNED(target, source1, source2) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2)

#define SVM1_INST_MIN_UNSIGNED 0xcb
#define DECODE_SVM1_INST_MIN_UNSIGNED(target, source1, source2) \
  DECODE_WORD_REGISTER (target); \
  DECODE_WORD_REGISTER (source1); \
  DECODE_WORD_REGISTER (source2)

#define SVM1_INST_DIVIDE 0xcc
#define DECODE_SVM1_INST_DIVIDE(target, source1, source2) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2)

#define SVM1_INST_ATAN2 0xcd
#define DECODE_SVM1_INST_ATAN2(target, source1, source2) \
  DECODE_FLOAT_REGISTER (target); \
  DECODE_FLOAT_REGISTER (source1); \
  DECODE_FLOAT_REGISTER (source2)

#define SVM1_TRAP_0_START_CODE 0x01
#define SVM1_TRAP_0_END_CODE 0x20

#define SVM1_TRAP_0_BINDINGS(binder) \
  binder (SVM1_TRAP_0_ADD, add); \
  binder (SVM1_TRAP_0_DECREMENT, decrement); \
  binder (SVM1_TRAP_0_DIVIDE, divide); \
  binder (SVM1_TRAP_0_EQUAL_P, equal_p); \
  binder (SVM1_TRAP_0_GREATER_P, greater_p); \
  binder (SVM1_TRAP_0_INCREMENT, increment); \
  binder (SVM1_TRAP_0_LESS_P, less_p); \
  binder (SVM1_TRAP_0_MODULO, modulo); \
  binder (SVM1_TRAP_0_MULTIPLY, multiply); \
  binder (SVM1_TRAP_0_NEGATIVE_P, negative_p); \
  binder (SVM1_TRAP_0_OPERATOR_1_0, operator_1_0); \
  binder (SVM1_TRAP_0_OPERATOR_2_0, operator_2_0); \
  binder (SVM1_TRAP_0_OPERATOR_2_1, operator_2_1); \
  binder (SVM1_TRAP_0_OPERATOR_3_0, operator_3_0); \
  binder (SVM1_TRAP_0_OPERATOR_3_1, operator_3_1); \
  binder (SVM1_TRAP_0_OPERATOR_3_2, operator_3_2); \
  binder (SVM1_TRAP_0_OPERATOR_4_0, operator_4_0); \
  binder (SVM1_TRAP_0_OPERATOR_4_1, operator_4_1); \
  binder (SVM1_TRAP_0_OPERATOR_4_2, operator_4_2); \
  binder (SVM1_TRAP_0_OPERATOR_4_3, operator_4_3); \
  binder (SVM1_TRAP_0_OPERATOR_APPLY, operator_apply); \
  binder (SVM1_TRAP_0_OPERATOR_LEXPR, operator_lexpr); \
  binder (SVM1_TRAP_0_OPERATOR_LOOKUP, operator_lookup); \
  binder (SVM1_TRAP_0_OPERATOR_PRIMITIVE, operator_primitive); \
  binder (SVM1_TRAP_0_POSITIVE_P, positive_p); \
  binder (SVM1_TRAP_0_QUOTIENT, quotient); \
  binder (SVM1_TRAP_0_REFLECT_TO_INTERFACE, reflect_to_interface); \
  binder (SVM1_TRAP_0_REMAINDER, remainder); \
  binder (SVM1_TRAP_0_RETURN_TO_INTERPRETER, return_to_interpreter); \
  binder (SVM1_TRAP_0_SUBTRACT, subtract); \
  binder (SVM1_TRAP_0_ZERO_P, zero_p)

#define SVM1_TRAP_0_ADD 0x01
#define SVM1_TRAP_0_DECREMENT 0x02
#define SVM1_TRAP_0_DIVIDE 0x03
#define SVM1_TRAP_0_EQUAL_P 0x04
#define SVM1_TRAP_0_GREATER_P 0x05
#define SVM1_TRAP_0_INCREMENT 0x06
#define SVM1_TRAP_0_LESS_P 0x07
#define SVM1_TRAP_0_MODULO 0x08
#define SVM1_TRAP_0_MULTIPLY 0x09
#define SVM1_TRAP_0_NEGATIVE_P 0x0a
#define SVM1_TRAP_0_OPERATOR_1_0 0x0b
#define SVM1_TRAP_0_OPERATOR_2_0 0x0c
#define SVM1_TRAP_0_OPERATOR_2_1 0x0d
#define SVM1_TRAP_0_OPERATOR_3_0 0x0e
#define SVM1_TRAP_0_OPERATOR_3_1 0x0f
#define SVM1_TRAP_0_OPERATOR_3_2 0x10
#define SVM1_TRAP_0_OPERATOR_4_0 0x11
#define SVM1_TRAP_0_OPERATOR_4_1 0x12
#define SVM1_TRAP_0_OPERATOR_4_2 0x13
#define SVM1_TRAP_0_OPERATOR_4_3 0x14
#define SVM1_TRAP_0_OPERATOR_APPLY 0x15
#define SVM1_TRAP_0_OPERATOR_LEXPR 0x16
#define SVM1_TRAP_0_OPERATOR_LOOKUP 0x17
#define SVM1_TRAP_0_OPERATOR_PRIMITIVE 0x18
#define SVM1_TRAP_0_POSITIVE_P 0x19
#define SVM1_TRAP_0_QUOTIENT 0x1a
#define SVM1_TRAP_0_REFLECT_TO_INTERFACE 0x1b
#define SVM1_TRAP_0_REMAINDER 0x1c
#define SVM1_TRAP_0_RETURN_TO_INTERPRETER 0x1d
#define SVM1_TRAP_0_SUBTRACT 0x1e
#define SVM1_TRAP_0_ZERO_P 0x1f

#define SVM1_TRAP_1_START_CODE 0x01
#define SVM1_TRAP_1_END_CODE 0x07

#define SVM1_TRAP_1_BINDINGS(binder) \
  binder (SVM1_TRAP_1_ERROR, error); \
  binder (SVM1_TRAP_1_LOOKUP, lookup); \
  binder (SVM1_TRAP_1_PRIMITIVE_APPLY, primitive_apply); \
  binder (SVM1_TRAP_1_PRIMITIVE_LEXPR_APPLY, primitive_lexpr_apply); \
  binder (SVM1_TRAP_1_SAFE_LOOKUP, safe_lookup); \
  binder (SVM1_TRAP_1_UNASSIGNED_P, unassigned_p)

#define SVM1_TRAP_1_ERROR 0x01
#define SVM1_TRAP_1_LOOKUP 0x02
#define SVM1_TRAP_1_PRIMITIVE_APPLY 0x03
#define SVM1_TRAP_1_PRIMITIVE_LEXPR_APPLY 0x04
#define SVM1_TRAP_1_SAFE_LOOKUP 0x05
#define SVM1_TRAP_1_UNASSIGNED_P 0x06

#define SVM1_TRAP_2_START_CODE 0x01
#define SVM1_TRAP_2_END_CODE 0x05

#define SVM1_TRAP_2_BINDINGS(binder) \
  binder (SVM1_TRAP_2_APPLY, apply); \
  binder (SVM1_TRAP_2_ASSIGNMENT, assignment); \
  binder (SVM1_TRAP_2_LEXPR_APPLY, lexpr_apply); \
  binder (SVM1_TRAP_2_PRIMITIVE_ERROR, primitive_error)

#define SVM1_TRAP_2_APPLY 0x01
#define SVM1_TRAP_2_ASSIGNMENT 0x02
#define SVM1_TRAP_2_LEXPR_APPLY 0x03
#define SVM1_TRAP_2_PRIMITIVE_ERROR 0x04

#define SVM1_TRAP_3_START_CODE 0x01
#define SVM1_TRAP_3_END_CODE 0x03

#define SVM1_TRAP_3_BINDINGS(binder) \
  binder (SVM1_TRAP_3_CACHE_REFERENCE_APPLY, cache_reference_apply); \
  binder (SVM1_TRAP_3_LINK, link)

#define SVM1_TRAP_3_CACHE_REFERENCE_APPLY 0x01
#define SVM1_TRAP_3_LINK 0x02

#endif /* not SCM_SVM1_DEFNS_H */
