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Rev 1405 → Rev 1765

/include/opcode/or32.h
0,0 → 1,273
/* Table of opcodes for the OpenRISC 1000 ISA.
Copyright 1990, 1991, 1992, 1993 Free Software Foundation, Inc.
Contributed by Damjan Lampret (lampret@opencores.org).
This file is part of or1k_gen_isa, or1ksim, GDB and GAS.
 
This program 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.
 
This program 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 this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */
 
/* We treat all letters the same in encode/decode routines so
we need to assign some characteristics to them like signess etc.*/
 
#ifndef OR32_H_ISA
#define OR32_H_ISA
 
#define NUM_UNSIGNED (0)
#define NUM_SIGNED (1)
 
#ifndef PARAMS
#define PARAMS(x) x
#endif
 
#ifndef CONST
#define CONST const
#endif
 
#define MAX_GPRS 32
#define PAGE_SIZE 8192
#undef __HALF_WORD_INSN__
 
#define OPERAND_DELIM (',')
 
#define OR32_IF_DELAY (1)
#define OR32_W_FLAG (2)
#define OR32_R_FLAG (4)
 
struct or32_letter {
char letter;
int sign;
/* int reloc; relocation per letter ??*/
};
 
enum insn_type {
it_unknown,
it_exception,
it_arith,
it_shift,
it_compare,
it_branch,
it_jump,
it_load,
it_store,
it_movimm,
it_move,
it_extend,
it_nop,
it_mac,
it_float };
 
/* Main instruction specification array. */
struct or32_opcode {
/* Name of the instruction. */
char *name;
 
/* A string of characters which describe the operands.
Valid characters are:
,() Itself. Characters appears in the assembly code.
rA Register operand.
rB Register operand.
rD Register operand (destination).
I An immediate operand, range -32768 to 32767.
J An immediate operand, range . (unused)
K An immediate operand, range 0 to 65535.
L An immediate operand, range 0 to 63.
M An immediate operand, range . (unused)
N An immediate operand, range -33554432 to 33554431.
O An immediate operand, range . (unused) */
char *args;
 
/* Opcode and operand encoding. */
char *encoding;
 
#ifdef HAS_EXECUTION
# if !SIMPLE_EXECUTION
char *function_name;
# else /* !SIMPLE_EXECUTION */
void (*exec)(struct iqueue_entry *);
# endif
#else /* HAS_EXECUTION */
void (*exec)(void);
#endif
 
unsigned int flags;
enum insn_type func_unit;
};
 
/* This operand is the last in the list */
#define OPTYPE_LAST (0x80000000)
/* This operand marks the end of the operand sequence (for things like I(rD)) */
#define OPTYPE_OP (0x40000000)
/* The operand specifies a register index */
#define OPTYPE_REG (0x20000000)
/* The operand must be sign extended */
#define OPTYPE_SIG (0x10000000)
/* Operand is a relative address, the `I' in `I(rD)' */
#define OPTYPE_DIS (0x08000000)
/* The operand is a destination */
#define OPTYPE_DST (0x04000000)
/* Which bit of the operand is the sign bit */
#define OPTYPE_SBIT (0x00001F00)
/* Amount to shift the instruction word right to get the operand */
#define OPTYPE_SHR (0x0000001F)
#define OPTYPE_SBIT_SHR (8)
 
/* MM: Data how to decode operands. */
extern struct insn_op_struct {
unsigned long type;
unsigned long data;
} **op_start;
 
/* Leaf flag used in automata building */
#define LEAF_FLAG (0x80000000)
 
struct temp_insn_struct
{
unsigned long insn;
unsigned long insn_mask;
int in_pass;
};
 
extern unsigned long *automata;
extern struct temp_insn_struct *ti;
 
#if defined(HAS_EXECUTION) && SIMPLE_EXECUTION
extern void l_invalid PARAMS((struct iqueue_entry *));
extern void l_sfne PARAMS((struct iqueue_entry *));
extern void l_bf PARAMS((struct iqueue_entry *));
extern void l_add PARAMS((struct iqueue_entry *));
extern void l_addc PARAMS((struct iqueue_entry *));
extern void l_sw PARAMS((struct iqueue_entry *));
extern void l_sb PARAMS((struct iqueue_entry *));
extern void l_sh PARAMS((struct iqueue_entry *));
extern void l_lwz PARAMS((struct iqueue_entry *));
extern void l_lbs PARAMS((struct iqueue_entry *));
extern void l_lbz PARAMS((struct iqueue_entry *));
extern void l_lhs PARAMS((struct iqueue_entry *));
extern void l_lhz PARAMS((struct iqueue_entry *));
extern void l_movhi PARAMS((struct iqueue_entry *));
extern void l_and PARAMS((struct iqueue_entry *));
extern void l_or PARAMS((struct iqueue_entry *));
extern void l_xor PARAMS((struct iqueue_entry *));
extern void l_sub PARAMS((struct iqueue_entry *));
extern void l_mul PARAMS((struct iqueue_entry *));
extern void l_div PARAMS((struct iqueue_entry *));
extern void l_divu PARAMS((struct iqueue_entry *));
extern void l_sll PARAMS((struct iqueue_entry *));
extern void l_sra PARAMS((struct iqueue_entry *));
extern void l_srl PARAMS((struct iqueue_entry *));
extern void l_j PARAMS((struct iqueue_entry *));
extern void l_jal PARAMS((struct iqueue_entry *));
extern void l_jalr PARAMS((struct iqueue_entry *));
extern void l_jr PARAMS((struct iqueue_entry *));
extern void l_rfe PARAMS((struct iqueue_entry *));
extern void l_nop PARAMS((struct iqueue_entry *));
extern void l_bnf PARAMS((struct iqueue_entry *));
extern void l_sfeq PARAMS((struct iqueue_entry *));
extern void l_sfgts PARAMS((struct iqueue_entry *));
extern void l_sfges PARAMS((struct iqueue_entry *));
extern void l_sflts PARAMS((struct iqueue_entry *));
extern void l_sfles PARAMS((struct iqueue_entry *));
extern void l_sfgtu PARAMS((struct iqueue_entry *));
extern void l_sfgeu PARAMS()(struct iqueue_entry *);
extern void l_sfltu PARAMS((struct iqueue_entry *));
extern void l_sfleu PARAMS((struct iqueue_entry *));
extern void l_extbs PARAMS((struct iqueue_entry *));
extern void l_extbz PARAMS((struct iqueue_entry *));
extern void l_exths PARAMS((struct iqueue_entry *));
extern void l_exthz PARAMS((struct iqueue_entry *));
extern void l_extws PARAMS((struct iqueue_entry *));
extern void l_extwz PARAMS((struct iqueue_entry *));
extern void l_mtspr PARAMS((struct iqueue_entry *));
extern void l_mfspr PARAMS((struct iqueue_entry *));
extern void l_sys PARAMS((struct iqueue_entry *));
extern void l_trap PARAMS((struct iqueue_entry *)); /* CZ 21/06/01 */
extern void l_macrc PARAMS((struct iqueue_entry *));
extern void l_mac PARAMS((struct iqueue_entry *));
extern void l_msb PARAMS((struct iqueue_entry *));
extern void l_invalid PARAMS((struct iqueue_entry *));
extern void l_cmov PARAMS ((struct iqueue_entry *));
extern void l_ff1 PARAMS ((struct iqueue_entry *));
extern void l_cust1 PARAMS ((struct iqueue_entry *));
extern void l_cust2 PARAMS ((struct iqueue_entry *));
extern void l_cust3 PARAMS ((struct iqueue_entry *));
extern void l_cust4 PARAMS ((struct iqueue_entry *));
extern void lf_add_s PARAMS ((struct iqueue_entry *));
extern void lf_div_s PARAMS ((struct iqueue_entry *));
extern void lf_ftoi_s PARAMS ((struct iqueue_entry *));
extern void lf_itof_s PARAMS ((struct iqueue_entry *));
extern void lf_madd_s PARAMS ((struct iqueue_entry *));
extern void lf_mul_s PARAMS ((struct iqueue_entry *));
extern void lf_rem_s PARAMS ((struct iqueue_entry *));
extern void lf_sfeq_s PARAMS ((struct iqueue_entry *));
extern void lf_sfge_s PARAMS ((struct iqueue_entry *));
extern void lf_sfgt_s PARAMS ((struct iqueue_entry *));
extern void lf_sfle_s PARAMS ((struct iqueue_entry *));
extern void lf_sflt_s PARAMS ((struct iqueue_entry *));
extern void lf_sfne_s PARAMS ((struct iqueue_entry *));
extern void lf_sub_s PARAMS((struct iqueue_entry *));
extern void l_none PARAMS((struct iqueue_entry *));
#else
extern void l_none PARAMS((void));
#endif
 
extern CONST struct or32_letter or32_letters[];
 
extern CONST struct or32_opcode or32_opcodes[];
 
extern CONST int num_opcodes;
 
/* Calculates instruction length in bytes. Always 4 for OR32. */
extern int insn_len PARAMS((int insn_index));
 
/* Is individual insn's operand signed or unsigned? */
extern int letter_signed PARAMS((char l));
 
/* Number of letters in the individual lettered operand. */
extern int letter_range PARAMS((char l));
 
/* MM: Returns index of given instruction name. */
extern int insn_index PARAMS((char *insn));
 
/* MM: Returns instruction name from index. */
extern CONST char *insn_name PARAMS ((int index));
 
/* MM: Constructs new FSM, based on or32_opcodes. */
extern void build_automata PARAMS ((void));
 
/* MM: Destructs FSM. */
extern void destruct_automata PARAMS ((void));
 
/* MM: Decodes instruction using FSM. Call build_automata first. */
extern int insn_decode PARAMS((unsigned int insn));
 
/* Disassemble one instruction from insn to disassemble.
Return the size of the instruction. */
int disassemble_insn (unsigned long insn);
 
/* Disassemble one instruction from insn index.
Return the size of the instruction. */
int disassemble_index (unsigned long insn, int index);
 
/* FOR INTERNAL USE ONLY */
/* Automatically does zero- or sign- extension and also finds correct
sign bit position if sign extension is correct extension. Which extension
is proper is figured out from letter description. */
unsigned long extend_imm(unsigned long imm, char l);
 
/* Extracts value from opcode */
unsigned long or32_extract(char param_ch, char *enc_initial, unsigned long insn);
 
#endif
 
/opcodes/or32.c
0,0 → 1,1295
/* Table of opcodes for the OpenRISC 1000 ISA.
Copyright 1990, 1991, 1992, 1993 Free Software Foundation, Inc.
Contributed by Damjan Lampret (lampret@opencores.org).
This file is part of gen_or1k_isa, or1ksim, GDB and GAS.
 
This program 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.
 
This program 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 this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */
 
/*
* $Log: not supported by cvs2svn $
* Revision 1.41 2005/02/09 17:41:03 nogj
* Mark a simulated cpu address as such, by introducing the new oraddr_t type
*
* Revision 1.40 2005/01/27 14:14:13 nogj
* Remove the global op structure
*
* Revision 1.39 2005/01/27 13:35:40 nogj
* * Fix generate.c to produce a execgen.c with less warnings.
* * Fix the --enable-simple configure option.
*
* Revision 1.38 2005/01/27 13:15:50 nogj
* Mark wich operand is the destination operand in the architechture definition
*
* Revision 1.37 2005/01/11 15:41:58 andreje
* l.ff1 instruction added
*
* Revision 1.36 2004/07/22 20:17:23 phoenix
* removed includes
*
* Revision 1.35 2004/07/19 23:07:37 phoenix
* Gyorgy Jeney: extensive cleanup
*
* Revision 1.34 2004/06/27 22:56:48 lampret
* Updated instruction set descriptions. Changed FP instructions encoding.
*
* Revision 1.33 2004/05/09 19:52:31 lampret
* Changed desciption of the l.cust5 insns
*
* Revision 1.31 2003/07/01 19:34:49 csanchez
* Added support for l.addc instruction.
*
* Revision 1.30 2003/01/28 03:49:24 lampret
* Added cvs log keywords
*
*/
#include <string.h>
#include <stdio.h>
#include <stdlib.h>
#include <ctype.h>
 
 
#ifdef HAVE_CONFIG_H
# include "config.h"
#endif
#ifdef HAS_EXECUTION
# ifdef HAVE_INTTYPES_H
# include <inttypes.h> /* ...but to get arch.h we need uint{8,16,32}_t... */
# endif
# include "port.h"
# include "arch.h" /* ...but to get abstract.h, we need oraddr_t... */
# include "abstract.h" /* To get struct iqueue_entry... */
#endif
#include "opcode/or32.h"
 
/* **INDENT-OFF** */
 
/* We treat all letters the same in encode/decode routines so
we need to assign some characteristics to them like signess etc.*/
CONST struct or32_letter or32_letters[] =
{
{ 'A', NUM_UNSIGNED },
{ 'B', NUM_UNSIGNED },
{ 'D', NUM_UNSIGNED },
{ 'I', NUM_SIGNED },
{ 'K', NUM_UNSIGNED },
{ 'L', NUM_UNSIGNED },
{ 'N', NUM_SIGNED },
{ '0', NUM_UNSIGNED },
{ '\0', 0 } /* dummy entry */
};
 
/* Opcode encoding:
machine[31:30]: first two bits of opcode
00 - neither of source operands is GPR
01 - second source operand is GPR (rB)
10 - first source operand is GPR (rA)
11 - both source operands are GPRs (rA and rB)
machine[29:26]: next four bits of opcode
machine[25:00]: instruction operands (specific to individual instruction)
 
Recommendation: irrelevant instruction bits should be set with a value of
bits in same positions of instruction preceding current instruction in the
code (when assembling).
*/
 
#ifdef HAS_EXECUTION
# if SIMPLE_EXECUTION
# define EFN &l_none
# define EF(func) &(func)
# define EFI &l_invalid
# else /* SIMPLE_EXECUTION */
# define EFN "l_none"
# define EFI "l_invalid"
# ifdef __GNUC__
# define EF(func) #func
# else
# define EF(func) "func"
# endif
# endif /* SIMPLE_EXECUTION */
#else /* HAS_EXECUTION */
# define EFN &l_none
# define EF(func) EFN
# define EFI EFN
#endif /* HAS_EXECUTION */
 
CONST struct or32_opcode or32_opcodes[] =
{
 
{ "l.j", "N", "00 0x0 NNNNN NNNNN NNNN NNNN NNNN NNNN",
EF(l_j), OR32_IF_DELAY, it_jump },
{ "l.jal", "N", "00 0x1 NNNNN NNNNN NNNN NNNN NNNN NNNN",
EF(l_jal), OR32_IF_DELAY, it_jump },
{ "l.bnf", "N", "00 0x3 NNNNN NNNNN NNNN NNNN NNNN NNNN",
EF(l_bnf), OR32_IF_DELAY | OR32_R_FLAG, it_branch },
{ "l.bf", "N", "00 0x4 NNNNN NNNNN NNNN NNNN NNNN NNNN",
EF(l_bf), OR32_IF_DELAY | OR32_R_FLAG, it_branch },
{ "l.nop", "K", "00 0x5 01--- ----- KKKK KKKK KKKK KKKK",
EF(l_nop), 0, it_nop },
{ "l.movhi", "rD,K", "00 0x6 DDDDD ----0 KKKK KKKK KKKK KKKK",
EF(l_movhi), 0, it_movimm },
{ "l.macrc", "rD", "00 0x6 DDDDD ----1 0000 0000 0000 0000",
EF(l_macrc), 0, it_mac },
{ "l.sys", "K", "00 0x8 00000 00000 KKKK KKKK KKKK KKKK",
EF(l_sys), 0, it_unknown },
{ "l.trap", "K", "00 0x8 01000 00000 KKKK KKKK KKKK KKKK",
EF(l_trap), 0, it_unknown },
{ "l.msync", "", "00 0x8 10000 00000 0000 0000 0000 0000", EFN,
0, it_unknown },
{ "l.psync", "", "00 0x8 10100 00000 0000 0000 0000 0000", EFN,
0, it_unknown },
{ "l.csync", "", "00 0x8 11000 00000 0000 0000 0000 0000", EFN,
0, it_unknown },
{ "l.rfe", "", "00 0x9 ----- ----- ---- ---- ---- ----",
EF(l_rfe), OR32_IF_DELAY, it_exception },
{ "lv.all_eq.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x1 0x0", EFI, 0,
it_unknown },
{ "lv.all_eq.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x1 0x1", EFI, 0,
it_unknown },
{ "lv.all_ge.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x1 0x2", EFI, 0,
it_unknown },
{ "lv.all_ge.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x1 0x3", EFI, 0,
it_unknown },
{ "lv.all_gt.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x1 0x4", EFI, 0,
it_unknown },
{ "lv.all_gt.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x1 0x5", EFI, 0,
it_unknown },
{ "lv.all_le.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x1 0x6", EFI, 0,
it_unknown },
{ "lv.all_le.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x1 0x7", EFI, 0,
it_unknown },
{ "lv.all_lt.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x1 0x8", EFI, 0,
it_unknown },
{ "lv.all_lt.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x1 0x9", EFI, 0,
it_unknown },
{ "lv.all_ne.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x1 0xA", EFI, 0,
it_unknown },
{ "lv.all_ne.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x1 0xB", EFI, 0,
it_unknown },
{ "lv.any_eq.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x2 0x0", EFI, 0,
it_unknown },
{ "lv.any_eq.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x2 0x1", EFI, 0,
it_unknown },
{ "lv.any_ge.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x2 0x2", EFI, 0,
it_unknown },
{ "lv.any_ge.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x2 0x3", EFI, 0,
it_unknown },
{ "lv.any_gt.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x2 0x4", EFI, 0,
it_unknown },
{ "lv.any_gt.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x2 0x5", EFI, 0,
it_unknown },
{ "lv.any_le.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x2 0x6", EFI, 0,
it_unknown },
{ "lv.any_le.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x2 0x7", EFI, 0,
it_unknown },
{ "lv.any_lt.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x2 0x8", EFI, 0,
it_unknown },
{ "lv.any_lt.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x2 0x9", EFI, 0,
it_unknown },
{ "lv.any_ne.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x2 0xA", EFI, 0,
it_unknown },
{ "lv.any_ne.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x2 0xB", EFI, 0,
it_unknown },
{ "lv.add.b", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x3 0x0", EFI, 0,
it_unknown },
{ "lv.add.h", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x3 0x1", EFI, 0,
it_unknown },
{ "lv.adds.b", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x3 0x2", EFI, 0,
it_unknown },
{ "lv.adds.h", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x3 0x3", EFI, 0,
it_unknown },
{ "lv.addu.b", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x3 0x4", EFI, 0,
it_unknown },
{ "lv.addu.h", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x3 0x5", EFI, 0,
it_unknown },
{ "lv.addus.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x3 0x6", EFI, 0,
it_unknown },
{ "lv.addus.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x3 0x7", EFI, 0,
it_unknown },
{ "lv.and", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x3 0x8", EFI, 0,
it_unknown },
{ "lv.avg.b", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x3 0x9", EFI, 0,
it_unknown },
{ "lv.avg.h", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x3 0xA", EFI, 0,
it_unknown },
{ "lv.cmp_eq.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x4 0x0", EFI, 0,
it_unknown },
{ "lv.cmp_eq.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x4 0x1", EFI, 0,
it_unknown },
{ "lv.cmp_ge.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x4 0x2", EFI, 0,
it_unknown },
{ "lv.cmp_ge.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x4 0x3", EFI, 0,
it_unknown },
{ "lv.cmp_gt.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x4 0x4", EFI, 0,
it_unknown },
{ "lv.cmp_gt.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x4 0x5", EFI, 0,
it_unknown },
{ "lv.cmp_le.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x4 0x6", EFI, 0,
it_unknown },
{ "lv.cmp_le.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x4 0x7", EFI, 0,
it_unknown },
{ "lv.cmp_lt.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x4 0x8", EFI, 0,
it_unknown },
{ "lv.cmp_lt.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x4 0x9", EFI, 0,
it_unknown },
{ "lv.cmp_ne.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x4 0xA", EFI, 0,
it_unknown },
{ "lv.cmp_ne.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x4 0xB", EFI, 0,
it_unknown },
{ "lv.madds.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x5 0x4", EFI, 0,
it_unknown },
{ "lv.max.b", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x5 0x5", EFI, 0,
it_unknown },
{ "lv.max.h", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x5 0x6", EFI, 0,
it_unknown },
{ "lv.merge.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x5 0x7", EFI, 0,
it_unknown },
{ "lv.merge.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x5 0x8", EFI, 0,
it_unknown },
{ "lv.min.b", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x5 0x9", EFI, 0,
it_unknown },
{ "lv.min.h", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x5 0xA", EFI, 0,
it_unknown },
{ "lv.msubs.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x5 0xB", EFI, 0,
it_unknown },
{ "lv.muls.h", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x5 0xC", EFI, 0,
it_unknown },
{ "lv.nand", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x5 0xD", EFI, 0,
it_unknown },
{ "lv.nor", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x5 0xE", EFI, 0,
it_unknown },
{ "lv.or", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x5 0xF", EFI, 0,
it_unknown },
{ "lv.pack.b", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0x0", EFI, 0,
it_unknown },
{ "lv.pack.h", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0x1", EFI, 0,
it_unknown },
{ "lv.packs.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0x2", EFI, 0,
it_unknown },
{ "lv.packs.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0x3", EFI, 0,
it_unknown },
{ "lv.packus.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0x4", EFI, 0,
it_unknown },
{ "lv.packus.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0x5", EFI, 0,
it_unknown },
{ "lv.perm.n", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0x6", EFI, 0,
it_unknown },
{ "lv.rl.b", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0x7", EFI, 0,
it_unknown },
{ "lv.rl.h", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0x8", EFI, 0,
it_unknown },
{ "lv.sll.b", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0x9", EFI, 0,
it_unknown },
{ "lv.sll.h", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0xA", EFI, 0,
it_unknown },
{ "lv.sll", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0xB", EFI, 0,
it_unknown },
{ "lv.srl.b", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0xC", EFI, 0,
it_unknown },
{ "lv.srl.h", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0xD", EFI, 0,
it_unknown },
{ "lv.sra.b", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0xE", EFI, 0,
it_unknown },
{ "lv.sra.h", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x6 0xF", EFI, 0,
it_unknown },
{ "lv.srl", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x7 0x0", EFI, 0,
it_unknown },
{ "lv.sub.b", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x7 0x1", EFI, 0,
it_unknown },
{ "lv.sub.h", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x7 0x2", EFI, 0,
it_unknown },
{ "lv.subs.b", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x7 0x3", EFI, 0,
it_unknown },
{ "lv.subs.h", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x7 0x4", EFI, 0,
it_unknown },
{ "lv.subu.b", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x7 0x5", EFI, 0,
it_unknown },
{ "lv.subu.h", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x7 0x6", EFI, 0,
it_unknown },
{ "lv.subus.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x7 0x7", EFI, 0,
it_unknown },
{ "lv.subus.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x7 0x8", EFI, 0,
it_unknown },
{ "lv.unpack.b","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x7 0x9", EFI, 0,
it_unknown },
{ "lv.unpack.h","rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x7 0xA", EFI, 0,
it_unknown },
{ "lv.xor", "rD,rA,rB", "00 0xA DDDDD AAAAA BBBB B--- 0x7 0xB", EFI, 0,
it_unknown },
{ "lv.cust1", "", "00 0xA ----- ----- ---- ---- 0xC ----", EFI, 0,
it_unknown },
{ "lv.cust2", "", "00 0xA ----- ----- ---- ---- 0xD ----", EFI, 0,
it_unknown },
{ "lv.cust3", "", "00 0xA ----- ----- ---- ---- 0xE ----", EFI, 0,
it_unknown },
{ "lv.cust4", "", "00 0xA ----- ----- ---- ---- 0xF ----", EFI, 0,
it_unknown },
 
{ "l.jr", "rB", "01 0x1 ----- ----- BBBB B--- ---- ----",
EF(l_jr), OR32_IF_DELAY, it_jump },
{ "l.jalr", "rB", "01 0x2 ----- ----- BBBB B--- ---- ----",
EF(l_jalr), OR32_IF_DELAY, it_jump },
{ "l.maci", "rA,I", "01 0x3 IIIII ----- AAAA AIII IIII IIII",
EF(l_mac), 0, it_mac },
{ "l.cust1", "", "01 0xC ----- ----- ---- ---- ---- ----",
EF(l_cust1), 0, it_unknown },
{ "l.cust2", "", "01 0xD ----- ----- ---- ---- ---- ----",
EF(l_cust2), 0, it_unknown },
{ "l.cust3", "", "01 0xE ----- ----- ---- ---- ---- ----",
EF(l_cust3), 0, it_unknown },
{ "l.cust4", "", "01 0xF ----- ----- ---- ---- ---- ----",
EF(l_cust4), 0, it_unknown },
 
{ "l.ld", "rD,I(rA)", "10 0x0 DDDDD AAAAA IIII IIII IIII IIII", EFI,
0, it_load },
{ "l.lwz", "rD,I(rA)", "10 0x1 DDDDD AAAAA IIII IIII IIII IIII",
EF(l_lwz), 0, it_load },
{ "l.lws", "rD,I(rA)", "10 0x2 DDDDD AAAAA IIII IIII IIII IIII", EFI,
0, it_load },
{ "l.lbz", "rD,I(rA)", "10 0x3 DDDDD AAAAA IIII IIII IIII IIII",
EF(l_lbz), 0, it_load },
{ "l.lbs", "rD,I(rA)", "10 0x4 DDDDD AAAAA IIII IIII IIII IIII",
EF(l_lbs), 0, it_load },
{ "l.lhz", "rD,I(rA)", "10 0x5 DDDDD AAAAA IIII IIII IIII IIII",
EF(l_lhz), 0, it_load },
{ "l.lhs", "rD,I(rA)", "10 0x6 DDDDD AAAAA IIII IIII IIII IIII",
EF(l_lhs), 0, it_load },
 
{ "l.addi", "rD,rA,I", "10 0x7 DDDDD AAAAA IIII IIII IIII IIII",
EF(l_add), OR32_W_FLAG, it_arith },
{ "l.addic", "rD,rA,I", "10 0x8 DDDDD AAAAA IIII IIII IIII IIII", EFI,
0, it_arith },
{ "l.andi", "rD,rA,K", "10 0x9 DDDDD AAAAA KKKK KKKK KKKK KKKK",
EF(l_and), OR32_W_FLAG, it_arith },
{ "l.ori", "rD,rA,K", "10 0xA DDDDD AAAAA KKKK KKKK KKKK KKKK",
EF(l_or), 0, it_arith },
{ "l.xori", "rD,rA,I", "10 0xB DDDDD AAAAA IIII IIII IIII IIII",
EF(l_xor), 0, it_arith },
{ "l.muli", "rD,rA,I", "10 0xC DDDDD AAAAA IIII IIII IIII IIII",
EF(l_mul), 0, it_arith },
{ "l.mfspr", "rD,rA,K", "10 0xD DDDDD AAAAA KKKK KKKK KKKK KKKK",
EF(l_mfspr), 0, it_move },
{ "l.slli", "rD,rA,L", "10 0xE DDDDD AAAAA ---- ---- 00LL LLLL",
EF(l_sll), 0, it_shift },
{ "l.srli", "rD,rA,L", "10 0xE DDDDD AAAAA ---- ---- 01LL LLLL",
EF(l_srl), 0, it_shift },
{ "l.srai", "rD,rA,L", "10 0xE DDDDD AAAAA ---- ---- 10LL LLLL",
EF(l_sra), 0, it_shift },
{ "l.rori", "rD,rA,L", "10 0xE DDDDD AAAAA ---- ---- 11LL LLLL", EFI,
0, it_shift },
 
{ "l.sfeqi", "rA,I", "10 0xF 00000 AAAAA IIII IIII IIII IIII",
EF(l_sfeq), OR32_W_FLAG, it_compare },
{ "l.sfnei", "rA,I", "10 0xF 00001 AAAAA IIII IIII IIII IIII",
EF(l_sfne), OR32_W_FLAG, it_compare },
{ "l.sfgtui", "rA,I", "10 0xF 00010 AAAAA IIII IIII IIII IIII",
EF(l_sfgtu), OR32_W_FLAG, it_compare },
{ "l.sfgeui", "rA,I", "10 0xF 00011 AAAAA IIII IIII IIII IIII",
EF(l_sfgeu), OR32_W_FLAG, it_compare },
{ "l.sfltui", "rA,I", "10 0xF 00100 AAAAA IIII IIII IIII IIII",
EF(l_sfltu), OR32_W_FLAG, it_compare },
{ "l.sfleui", "rA,I", "10 0xF 00101 AAAAA IIII IIII IIII IIII",
EF(l_sfleu), OR32_W_FLAG, it_compare },
{ "l.sfgtsi", "rA,I", "10 0xF 01010 AAAAA IIII IIII IIII IIII",
EF(l_sfgts), OR32_W_FLAG, it_compare },
{ "l.sfgesi", "rA,I", "10 0xF 01011 AAAAA IIII IIII IIII IIII",
EF(l_sfges), OR32_W_FLAG, it_compare },
{ "l.sfltsi", "rA,I", "10 0xF 01100 AAAAA IIII IIII IIII IIII",
EF(l_sflts), OR32_W_FLAG, it_compare },
{ "l.sflesi", "rA,I", "10 0xF 01101 AAAAA IIII IIII IIII IIII",
EF(l_sfles), OR32_W_FLAG, it_compare },
 
{ "l.mtspr", "rA,rB,K", "11 0x0 KKKKK AAAAA BBBB BKKK KKKK KKKK",
EF(l_mtspr), 0, it_move },
{ "l.mac", "rA,rB", "11 0x1 ----- AAAAA BBBB B--- ---- 0x1",
EF(l_mac), 0, it_mac },
{ "l.msb", "rA,rB", "11 0x1 ----- AAAAA BBBB B--- ---- 0x2",
EF(l_msb), 0, it_mac },
 
{ "lf.add.s", "rD,rA,rB", "11 0x2 DDDDD AAAAA BBBB B--- 0x0 0x0",
EF(lf_add_s), 0, it_float },
{ "lf.sub.s", "rD,rA,rB", "11 0x2 DDDDD AAAAA BBBB B--- 0x0 0x1",
EF(lf_sub_s), 0, it_float },
{ "lf.mul.s", "rD,rA,rB", "11 0x2 DDDDD AAAAA BBBB B--- 0x0 0x2",
EF(lf_mul_s), 0, it_float },
{ "lf.div.s", "rD,rA,rB", "11 0x2 DDDDD AAAAA BBBB B--- 0x0 0x3",
EF(lf_div_s), 0, it_float },
{ "lf.itof.s", "rD,rA", "11 0x2 DDDDD AAAAA 0000 0--- 0x0 0x4",
EF(lf_itof_s), 0, it_float },
{ "lf.ftoi.s", "rD,rA", "11 0x2 DDDDD AAAAA 0000 0--- 0x0 0x5",
EF(lf_ftoi_s), 0, it_float },
{ "lf.rem.s", "rD,rA,rB", "11 0x2 DDDDD AAAAA BBBB B--- 0x0 0x6",
EF(lf_rem_s), 0, it_float },
{ "lf.madd.s", "rD,rA,rB", "11 0x2 DDDDD AAAAA BBBB B--- 0x0 0x7",
EF(lf_madd_s), 0, it_float },
{ "lf.sfeq.s", "rA,rB", "11 0x2 ----- AAAAA BBBB B--- 0x0 0x8",
EF(lf_sfeq_s), 0, it_float },
{ "lf.sfne.s", "rA,rB", "11 0x2 ----- AAAAA BBBB B--- 0x0 0x9",
EF(lf_sfne_s), 0, it_float },
{ "lf.sfgt.s", "rA,rB", "11 0x2 ----- AAAAA BBBB B--- 0x0 0xA",
EF(lf_sfgt_s), 0, it_float },
{ "lf.sfge.s", "rA,rB", "11 0x2 ----- AAAAA BBBB B--- 0x0 0xB",
EF(lf_sfge_s), 0, it_float },
{ "lf.sflt.s", "rA,rB", "11 0x2 ----- AAAAA BBBB B--- 0x0 0xC",
EF(lf_sflt_s), 0, it_float },
{ "lf.sfle.s", "rA,rB", "11 0x2 ----- AAAAA BBBB B--- 0x0 0xD",
EF(lf_sfle_s), 0, it_float },
{ "lf.cust1.s", "rA,rB", "11 0x2 ----- AAAAA BBBB B--- 0xD ----", EFI,
0, it_float },
 
{ "lf.add.d", "rD,rA,rB", "11 0x2 DDDDD AAAAA BBBB B--- 0x1 0x0", EFI, 0,
it_float },
{ "lf.sub.d", "rD,rA,rB", "11 0x2 DDDDD AAAAA BBBB B--- 0x1 0x1", EFI, 0,
it_float },
{ "lf.mul.d", "rD,rA,rB", "11 0x2 DDDDD AAAAA BBBB B--- 0x1 0x2", EFI, 0,
it_float },
{ "lf.div.d", "rD,rA,rB", "11 0x2 DDDDD AAAAA BBBB B--- 0x1 0x3", EFI, 0,
it_float },
{ "lf.itof.d", "rD,rA", "11 0x2 DDDDD AAAAA 0000 0--- 0x1 0x4", EFI, 0,
it_float },
{ "lf.ftoi.d", "rD,rA", "11 0x2 DDDDD AAAAA 0000 0--- 0x1 0x5", EFI, 0,
it_float },
{ "lf.rem.d", "rD,rA,rB", "11 0x2 DDDDD AAAAA BBBB B--- 0x1 0x6", EFI, 0,
it_float },
{ "lf.madd.d", "rD,rA,rB", "11 0x2 DDDDD AAAAA BBBB B--- 0x1 0x7", EFI, 0,
it_float },
{ "lf.sfeq.d", "rA,rB", "11 0x2 ----- AAAAA BBBB B--- 0x1 0x8", EFI, 0,
it_float },
{ "lf.sfne.d", "rA,rB", "11 0x2 ----- AAAAA BBBB B--- 0x1 0x9", EFI, 0,
it_float },
{ "lf.sfgt.d", "rA,rB", "11 0x2 ----- AAAAA BBBB B--- 0x1 0xA", EFI, 0,
it_float },
{ "lf.sfge.d", "rA,rB", "11 0x2 ----- AAAAA BBBB B--- 0x1 0xB", EFI, 0,
it_float },
{ "lf.sflt.d", "rA,rB", "11 0x2 ----- AAAAA BBBB B--- 0x1 0xC", EFI, 0,
it_float },
{ "lf.sfle.d", "rA,rB", "11 0x2 ----- AAAAA BBBB B--- 0x1 0xD", EFI, 0,
it_float },
{ "lf.cust1.d", "rA,rB", "11 0x2 ----- AAAAA BBBB B--- 0xE ----", EFI, 0,
it_float },
 
{ "l.sd", "I(rD),rB", "11 0x4 IIIII DDDDD BBBB BIII IIII IIII", EFI,
0, it_store },
{ "l.sw", "I(rD),rB", "11 0x5 IIIII DDDDD BBBB BIII IIII IIII",
EF(l_sw), 0, it_store },
{ "l.sb", "I(rD),rB", "11 0x6 IIIII DDDDD BBBB BIII IIII IIII",
EF(l_sb), 0, it_store },
{ "l.sh", "I(rD),rB", "11 0x7 IIIII DDDDD BBBB BIII IIII IIII",
EF(l_sh), 0, it_store },
 
{ "l.add", "rD,rA,rB", "11 0x8 DDDDD AAAAA BBBB B-00 ---- 0x0",
EF(l_add), OR32_W_FLAG, it_arith },
{ "l.addc", "rD,rA,rB", "11 0x8 DDDDD AAAAA BBBB B-00 ---- 0x1",
EF(l_addc), OR32_W_FLAG, it_arith },
{ "l.sub", "rD,rA,rB", "11 0x8 DDDDD AAAAA BBBB B-00 ---- 0x2",
EF(l_sub), 0, it_arith },
{ "l.and", "rD,rA,rB", "11 0x8 DDDDD AAAAA BBBB B-00 ---- 0x3",
EF(l_and), OR32_W_FLAG, it_arith },
{ "l.or", "rD,rA,rB", "11 0x8 DDDDD AAAAA BBBB B-00 ---- 0x4",
EF(l_or), 0, it_arith },
{ "l.xor", "rD,rA,rB", "11 0x8 DDDDD AAAAA BBBB B-00 ---- 0x5",
EF(l_xor), 0, it_arith },
{ "l.mul", "rD,rA,rB", "11 0x8 DDDDD AAAAA BBBB B-11 ---- 0x6",
EF(l_mul), 0, it_arith },
 
{ "l.sll", "rD,rA,rB", "11 0x8 DDDDD AAAAA BBBB B-00 00-- 0x8",
EF(l_sll), 0, it_shift },
{ "l.srl", "rD,rA,rB", "11 0x8 DDDDD AAAAA BBBB B-00 01-- 0x8",
EF(l_srl), 0, it_shift },
{ "l.sra", "rD,rA,rB", "11 0x8 DDDDD AAAAA BBBB B-00 10-- 0x8",
EF(l_sra), 0, it_shift },
{ "l.ror", "rD,rA,rB", "11 0x8 DDDDD AAAAA BBBB B-00 11-- 0x8", EFI,
0, it_shift },
{ "l.div", "rD,rA,rB", "11 0x8 DDDDD AAAAA BBBB B-11 ---- 0x9",
EF(l_div), 0, it_arith },
{ "l.divu", "rD,rA,rB", "11 0x8 DDDDD AAAAA BBBB B-11 ---- 0xA",
EF(l_divu), 0, it_arith },
{ "l.mulu", "rD,rA,rB", "11 0x8 DDDDD AAAAA BBBB B-11 ---- 0xB", EFI,
0, it_arith },
{ "l.extbs", "rD,rA", "11 0x8 DDDDD AAAAA ---- --00 01-- 0xC",
EF(l_extbs), 0, it_move },
{ "l.exths", "rD,rA", "11 0x8 DDDDD AAAAA ---- --00 00-- 0xC",
EF(l_exths), 0, it_move },
{ "l.extws", "rD,rA", "11 0x8 DDDDD AAAAA ---- --00 00-- 0xD",
EF(l_extws), 0, it_move },
{ "l.extbz", "rD,rA", "11 0x8 DDDDD AAAAA ---- --00 11-- 0xC",
EF(l_extbz), 0, it_move },
{ "l.exthz", "rD,rA", "11 0x8 DDDDD AAAAA ---- --00 10-- 0xC",
EF(l_exthz), 0, it_move },
{ "l.extwz", "rD,rA", "11 0x8 DDDDD AAAAA ---- --00 01-- 0xD",
EF(l_extwz), 0, it_move },
{ "l.cmov", "rD,rA,rB", "11 0x8 DDDDD AAAAA BBBB B-00 ---- 0xE",
EF(l_cmov), OR32_R_FLAG, it_move },
{ "l.ff1", "rD,rA", "11 0x8 DDDDD AAAAA ---- --00 ---- 0xF", EFI, 0,
it_arith },
 
{ "l.sfeq", "rA,rB", "11 0x9 00000 AAAAA BBBB B--- ---- ----",
EF(l_sfeq), OR32_W_FLAG, it_compare },
{ "l.sfne", "rA,rB", "11 0x9 00001 AAAAA BBBB B--- ---- ----",
EF(l_sfne), OR32_W_FLAG, it_compare },
{ "l.sfgtu", "rA,rB", "11 0x9 00010 AAAAA BBBB B--- ---- ----",
EF(l_sfgtu), OR32_W_FLAG, it_compare },
{ "l.sfgeu", "rA,rB", "11 0x9 00011 AAAAA BBBB B--- ---- ----",
EF(l_sfgeu), OR32_W_FLAG, it_compare },
{ "l.sfltu", "rA,rB", "11 0x9 00100 AAAAA BBBB B--- ---- ----",
EF(l_sfltu), OR32_W_FLAG, it_compare },
{ "l.sfleu", "rA,rB", "11 0x9 00101 AAAAA BBBB B--- ---- ----",
EF(l_sfleu), OR32_W_FLAG, it_compare },
{ "l.sfgts", "rA,rB", "11 0x9 01010 AAAAA BBBB B--- ---- ----",
EF(l_sfgts), OR32_W_FLAG, it_compare },
{ "l.sfges", "rA,rB", "11 0x9 01011 AAAAA BBBB B--- ---- ----",
EF(l_sfges), OR32_W_FLAG, it_compare },
{ "l.sflts", "rA,rB", "11 0x9 01100 AAAAA BBBB B--- ---- ----",
EF(l_sflts), OR32_W_FLAG, it_compare },
{ "l.sfles", "rA,rB", "11 0x9 01101 AAAAA BBBB B--- ---- ----",
EF(l_sfles), OR32_W_FLAG, it_compare },
 
{ "l.cust5", "rD,rA,rB,L,K", "11 0xC DDDDD AAAAA BBBB BLLL LLLK KKKK", EFI,
0, it_unknown },
{ "l.cust6", "", "11 0xD ----- ----- ---- ---- ---- ----", EFI,
0, it_unknown },
{ "l.cust7", "", "11 0xE ----- ----- ---- ---- ---- ----", EFI,
0, it_unknown },
{ "l.cust8", "", "11 0xF ----- ----- ---- ---- ---- ----", EFI,
0, it_unknown },
 
/* This section should not be defined in or1ksim, since it contains duplicates,
which would cause machine builder to complain. */
#ifdef HAS_CUST
{ "l.cust5_1", "rD", "11 0xC DDDDD ----- ---- ---- ---- ----", EFI,
0, it_unknown },
{ "l.cust5_2", "rD,rA" , "11 0xC DDDDD AAAAA ---- ---- ---- ----", EFI,
0, it_unknown },
{ "l.cust5_3", "rD,rA,rB", "11 0xC DDDDD AAAAA BBBB B--- ---- ----", EFI,
0, it_unknown },
 
{ "l.cust6_1", "rD", "11 0xD DDDDD ----- ---- ---- ---- ----", EFI,
0, it_unknown },
{ "l.cust6_2", "rD,rA" , "11 0xD DDDDD AAAAA ---- ---- ---- ----", EFI,
0, it_unknown },
{ "l.cust6_3", "rD,rA,rB", "11 0xD DDDDD AAAAA BBBB B--- ---- ----", EFI,
0, it_unknown },
 
{ "l.cust7_1", "rD", "11 0xE DDDDD ----- ---- ---- ---- ----", EFI,
0, it_unknown },
{ "l.cust7_2", "rD,rA" , "11 0xE DDDDD AAAAA ---- ---- ---- ----", EFI,
0, it_unknown },
{ "l.cust7_3", "rD,rA,rB", "11 0xE DDDDD AAAAA BBBB B--- ---- ----", EFI,
0, it_unknown },
 
{ "l.cust8_1", "rD", "11 0xF DDDDD ----- ---- ---- ---- ----", EFI,
0, it_unknown },
{ "l.cust8_2", "rD,rA" , "11 0xF DDDDD AAAAA ---- ---- ---- ----", EFI,
0, it_unknown },
{ "l.cust8_3", "rD,rA,rB", "11 0xF DDDDD AAAAA BBBB B--- ---- ----", EFI,
0, it_unknown },
#endif
 
{ "", "", "", EFI, 0, 0 } /* Dummy entry, not included in num_opcodes. This
* lets code examine entry i+1 without checking
* if we've run off the end of the table. */
};
 
#undef EFI
#undef EFN
#undef EF
 
/* **INDENT-ON** */
 
/* Define dummy, if debug is not defined. */
#ifndef HAS_DEBUG
#define debug(l, fmt...) ;
#endif
 
CONST int num_opcodes = ((sizeof(or32_opcodes)) / (sizeof(struct or32_opcode))) - 1;
 
/* Calculates instruction length in bytes. Always 4 for OR32. */
int
insn_len(int insn_index)
{
insn_index = 0; /* Just to get rid that warning. */
return 4;
}
 
/* Is individual insn's operand signed or unsigned? */
int
letter_signed(char l)
{
CONST struct or32_letter *pletter;
for(pletter = or32_letters; pletter->letter != '\0'; pletter++)
if (pletter->letter == l)
return pletter->sign;
printf("letter_signed(%c): Unknown letter.\n", l);
return 0;
}
 
/* Simple cache for letter ranges */
static int range_cache[256] = {0};
 
/* Number of letters in the individual lettered operand. */
int
letter_range(char l)
{
CONST struct or32_opcode *pinsn;
char *enc;
int range = 0;
 
/* Is value cached? */
if ((range = range_cache[(unsigned char)l])) return range;
for(pinsn = or32_opcodes; strlen(pinsn->name); pinsn++)
{
if (strchr(pinsn->encoding,l))
{
for (enc = pinsn->encoding; *enc != '\0'; enc++)
if ((*enc == '0') && (*(enc+1) == 'x'))
enc += 2;
else if (*enc == l)
range++;
return range_cache[(unsigned char)l] = range;
}
}
printf("\nABORT: letter_range(%c): Never used letter.\n", l);
exit(1);
}
 
/* MM: Returns index of given instruction name. */
int
insn_index (char *insn)
{
int i, found = -1;
for (i = 0; i < num_opcodes; i++)
if (!strcmp (or32_opcodes[i].name, insn))
{
found = i;
break;
}
return found;
}
 
/* Returns name of the specified instruction index */
CONST char *
insn_name(int index)
{
if (index >= 0 && index < num_opcodes)
return or32_opcodes[index].name;
else
return "???";
}
 
#if defined(HAS_EXECUTION) && SIMPLE_EXECUTION
void
l_none(struct iqueue_entry *current)
{
}
#else
void
l_none()
{
}
#endif
 
/*** Finite automata for instruction decoding building code ***/
 
/* Find symbols in encoding. */
unsigned long
insn_extract(param_ch, enc_initial)
char param_ch;
char *enc_initial;
{
char *enc;
unsigned long ret = 0;
unsigned opc_pos = 32;
for (enc = enc_initial; *enc != '\0'; )
if ((*enc == '0') && (*(enc+1) == 'x'))
{
unsigned long tmp = strtol(enc+2, NULL, 16);
opc_pos -= 4;
if (param_ch == '0' || param_ch == '1')
{
if (param_ch == '0')
tmp = 15 - tmp;
ret |= tmp << opc_pos;
}
enc += 3;
}
else
{
if (*enc == '0' || *enc == '1' || *enc == '-' || isalpha(*enc) )
{
opc_pos--;
if (param_ch == *enc)
ret |= 1 << opc_pos;
}
enc++;
}
return ret;
}
 
#define MAX_AUTOMATA_SIZE (1200)
#define MAX_OP_TABLE_SIZE (1200)
#define MAX_LEN (8)
 
#ifndef MIN
# define MIN(x,y) ((x) < (y) ? (x) : (y))
#endif
 
unsigned long *automata;
int nuncovered;
int curpass = 0;
 
/* MM: Struct that holds runtime build information about instructions. */
struct temp_insn_struct *ti;
 
struct insn_op_struct *op_data, **op_start;
 
/* Recursive utility function used to find best match and to build automata. */
 
static unsigned long *
cover_insn (unsigned long *cur, int pass, unsigned int mask)
{
int best_first = 0, best_len = 0, i, last_match = -1, ninstr = 0;
unsigned long cur_mask = mask;
unsigned long *next;
 
for (i = 0; i < num_opcodes; i++)
if (ti[i].in_pass == pass)
{
cur_mask &= ti[i].insn_mask;
ninstr++;
last_match = i;
}
debug(8, "%08X %08X\n", mask, cur_mask);
if (ninstr == 0)
return 0;
if (ninstr == 1)
{
/* Leaf holds instruction index. */
debug(8, "%i>I%i %s\n", cur - automata, last_match, or32_opcodes[last_match].name);
*cur = LEAF_FLAG | last_match;
cur++;
nuncovered--;
} else {
/* Find longest match. */
for (i = 0; i < 32; i++)
{
int len;
for (len = best_len + 1; len < MIN(MAX_LEN, 33 - i); len++)
{
unsigned long m = (1UL << ((unsigned long)len)) - 1;
debug(9, " (%i(%08X & %08X>>%i = %08X, %08X)",len,m, cur_mask, i, (cur_mask >> (unsigned)i), (cur_mask >> (unsigned)i) & m);
if ((m & (cur_mask >> (unsigned)i)) == m)
{
best_len = len;
best_first = i;
debug(9, "!");
}
else
break;
}
}
debug(9, "\n");
if (!best_len)
{
fprintf (stderr, "%i instructions match mask 0x%08X:\n", ninstr, mask);
for (i = 0; i < num_opcodes; i++)
if (ti[i].in_pass == pass)
fprintf (stderr, "%s ", or32_opcodes[i].name);
fprintf (stderr, "\n");
exit (1);
}
debug(8, "%i> #### %i << %i (%i) ####\n", cur - automata, best_len, best_first, ninstr);
*cur = best_first;
cur++;
*cur = (1 << best_len) - 1;
cur++;
next = cur;
/* Allocate space for pointers. */
cur += 1 << best_len;
cur_mask = (1 << (unsigned long)best_len) - 1;
for (i = 0; i < (1 << (unsigned long)best_len); i++)
{
int j;
unsigned long *c;
curpass++;
for (j = 0; j < num_opcodes; j++)
if (ti[j].in_pass == pass
&& ((ti[j].insn >> best_first) & cur_mask) == (unsigned long) i
&& ((ti[j].insn_mask >> best_first) & cur_mask) == cur_mask)
ti[j].in_pass = curpass;
 
debug(9, "%08X %08X %i\n", mask, cur_mask, best_first);
c = cover_insn (cur, curpass, mask & (~(cur_mask << best_first)));
if (c)
{
debug(8, "%i> #%X -> %u\n", next - automata, i, cur - automata);
*next = cur - automata;
cur = c;
}
else
{
debug(8, "%i> N/A\n", next - automata);
*next = 0;
}
next++;
}
}
return cur;
}
 
/* Returns number of nonzero bits. */
static int
num_ones (unsigned long value)
{
int c = 0;
while (value)
{
if (value & 1)
c++;
value >>= 1;
}
return c;
}
 
/* Utility function, which converts parameters from or32_opcode format to more binary form.
Parameters are stored in ti struct. */
 
static struct insn_op_struct *
parse_params (CONST struct or32_opcode *opcode, struct insn_op_struct *cur)
{
char *args = opcode->args;
int i, type;
int num_cur_op = 0;;
i = 0;
type = 0;
/* In case we don't have any parameters, we add dummy read from r0. */
if (!(*args)) {
cur->type = OPTYPE_REG | OPTYPE_OP | OPTYPE_LAST;
cur->data = 0;
debug(9, "#%08X %08X\n", cur->type, cur->data);
cur++;
return cur;
}
while (*args != '\0')
{
if (*args == 'r')
{
args++;
type |= OPTYPE_REG;
if(args[1] == 'D')
type |= OPTYPE_DST;
}
else if (isalpha (*args))
{
unsigned long arg;
arg = insn_extract(*args, opcode->encoding);
debug(9, "%s : %08X ------\n", opcode->name, arg);
if (letter_signed (*args))
{
type |= OPTYPE_SIG;
type |= ((num_ones (arg) - 1) << OPTYPE_SBIT_SHR) & OPTYPE_SBIT;
}
 
num_cur_op = 0;
/* Split argument to sequences of consecutive ones. */
while (arg)
{
int shr = 0;
unsigned long tmp = arg, mask = 0;
while ((tmp & 1) == 0)
{
shr++;
tmp >>= 1;
}
while (tmp & 1)
{
mask++;
tmp >>= 1;
}
cur->type = type | shr;
cur->data = mask;
arg &= ~(((1 << mask) - 1) << shr);
debug(6, "|%08X %08X\n", cur->type, cur->data);
cur++;
num_cur_op++;
}
args++;
}
else if (*args == '(')
{
/* Next param is displacement. Later we will treat them as one operand. */
/* Set the OPTYPE_DIS flag on all insn_op_structs that belong to this
* operand */
while(num_cur_op > 0) {
cur[-num_cur_op].type |= type | OPTYPE_DIS;
num_cur_op--;
}
cur[-1].type |= OPTYPE_OP;
debug(9, ">%08X %08X\n", cur->type, cur->data);
type = 0;
i++;
args++;
}
else if (*args == OPERAND_DELIM)
{
cur--;
cur->type = type | cur->type | OPTYPE_OP;
debug(9, ">%08X %08X\n", cur->type, cur->data);
cur++;
type = 0;
i++;
args++;
}
else if (*args == '0')
{
cur->type = type;
cur->data = 0;
debug(9, ">%08X %08X\n", cur->type, cur->data);
cur++;
type = 0;
i++;
args++;
}
else if (*args == ')')
args++;
else
{
fprintf (stderr, "%s : parse error in args.\n", opcode->name);
exit (1);
}
}
cur--;
cur->type = type | cur->type | OPTYPE_OP | OPTYPE_LAST;
debug(9, "#%08X %08X\n", cur->type, cur->data);
cur++;
return cur;
}
 
/* Constructs new automata based on or32_opcodes array. */
 
void
build_automata()
{
int i;
unsigned long *end;
struct insn_op_struct *cur;
automata = (unsigned long *) malloc (MAX_AUTOMATA_SIZE * sizeof (unsigned long));
ti = (struct temp_insn_struct *) malloc (sizeof (struct temp_insn_struct) * num_opcodes);
 
nuncovered = num_opcodes;
 
#ifdef HAS_EXECUTION
printf("Building automata... ");
#endif
 
/* Build temporary information about instructions. */
for (i = 0; i < num_opcodes; i++)
{
unsigned long ones, zeros;
char *encoding = or32_opcodes[i].encoding;
ones = insn_extract('1', encoding);
zeros = insn_extract('0', encoding);
ti[i].insn_mask = ones | zeros;
ti[i].insn = ones;
ti[i].in_pass = curpass = 0;
/*debug(9, "%s: %s %08X %08X\n", or32_opcodes[i].name,
or32_opcodes[i].encoding, ti[i].insn_mask, ti[i].insn);*/
}
/* Until all are covered search for best criteria to separate them. */
end = cover_insn (automata, curpass, 0xFFFFFFFF);
if (end - automata > MAX_AUTOMATA_SIZE)
{
fprintf (stderr, "Automata too large. Increase MAX_AUTOMATA_SIZE.");
exit (1);
}
#ifdef HAS_EXECUTION
printf("done, num uncovered: %i/%i.\n", nuncovered, num_opcodes);
#endif
 
#ifdef HAS_EXECUTION
printf("Parsing operands data... ");
#endif
op_data = (struct insn_op_struct *) malloc (MAX_OP_TABLE_SIZE * sizeof (struct insn_op_struct));
op_start = (struct insn_op_struct **) malloc (num_opcodes * sizeof (struct insn_op_struct *));
cur = op_data;
for (i = 0; i < num_opcodes; i++)
{
op_start[i] = cur;
cur = parse_params (&or32_opcodes[i], cur);
if (cur - op_data > MAX_OP_TABLE_SIZE)
{
fprintf (stderr, "Operands table too small, increase MAX_OP_TABLE_SIZE.\n");
exit (1);
}
}
#ifdef HAS_EXECUTION
printf("done.\n");
#endif
}
 
void destruct_automata ()
{
free (ti);
free (automata);
free (op_data);
free (op_start);
}
 
/* Decodes instruction and returns instruction index. */
int insn_decode (unsigned int insn)
{
unsigned long *a = automata;
int i;
while (!(*a & LEAF_FLAG))
{
unsigned int first = *a;
//debug(9, "%i ", a - automata);
a++;
i = (insn >> first) & *a;
a++;
if (!*(a + i))
{ /* Invalid instruction found? */
//debug(9, "XXX\n", i);
return -1;
}
a = automata + *(a + i);
}
i = *a & ~LEAF_FLAG;
//debug(9, "%i\n", i);
/* Final check - do we have direct match?
(based on or32_opcodes this should be the only possibility,
but in case of invalid/missing instruction we must perform a check) */
if ((ti[i].insn_mask & insn) == ti[i].insn)
return i;
else
return -1;
}
 
static char disassembled_str[50];
char *disassembled = &disassembled_str[0];
 
/* Automagically does zero- or sign- extension and also finds correct
sign bit position if sign extension is correct extension. Which extension
is proper is figured out from letter description. */
unsigned long
extend_imm(unsigned long imm, char l)
{
unsigned long mask;
int letter_bits;
/* First truncate all bits above valid range for this letter
in case it is zero extend. */
letter_bits = letter_range(l);
mask = (1 << letter_bits) - 1;
imm &= mask;
/* Do sign extend if this is the right one. */
if (letter_signed(l) && (imm >> (letter_bits - 1)))
imm |= (~mask);
 
return imm;
}
 
unsigned long
or32_extract(param_ch, enc_initial, insn)
char param_ch;
char *enc_initial;
unsigned long insn;
{
char *enc;
unsigned long ret = 0;
int opc_pos = 0;
int param_pos = 0;
 
for (enc = enc_initial; *enc != '\0'; enc++)
if (*enc == param_ch)
{
if (enc - 2 >= enc_initial && (*(enc - 2) == '0') && (*(enc - 1) == 'x'))
continue;
else
param_pos++;
}
 
#if DEBUG
printf("or32_extract: %x ", param_pos);
#endif
opc_pos = 32;
for (enc = enc_initial; *enc != '\0'; )
if ((*enc == '0') && (*(enc+1) == 'x'))
{
opc_pos -= 4;
if ((param_ch == '0') || (param_ch == '1'))
{
unsigned long tmp = strtol(enc, NULL, 16);
#if DEBUG
printf(" enc=%s, tmp=%x ", enc, tmp);
#endif
if (param_ch == '0')
tmp = 15 - tmp;
ret |= tmp << opc_pos;
}
enc += 3;
}
else if ((*enc == '0') || (*enc == '1'))
{
opc_pos--;
if (param_ch == *enc)
ret |= 1 << opc_pos;
enc++;
}
else if (*enc == param_ch)
{
opc_pos--;
param_pos--;
#if DEBUG
printf("\n ret=%x opc_pos=%x, param_pos=%x\n", ret, opc_pos, param_pos);
#endif
if (islower(param_ch))
ret -= ((insn >> opc_pos) & 0x1) << param_pos;
else
ret += ((insn >> opc_pos) & 0x1) << param_pos;
enc++;
}
else if (isalpha(*enc))
{
opc_pos--;
enc++;
}
else if (*enc == '-')
{
opc_pos--;
enc++;
}
else
enc++;
 
#if DEBUG
printf ("ret=%x\n", ret);
#endif
return ret;
}
 
/* Print register. Used only by print_insn. */
 
static char *
or32_print_register (dest, param_ch, encoding, insn)
char *dest;
char param_ch;
char *encoding;
unsigned long insn;
{
int regnum = or32_extract(param_ch, encoding, insn);
sprintf (dest, "r%d", regnum);
while (*dest) dest++;
return dest;
}
 
/* Print immediate. Used only by print_insn. */
 
static char *
or32_print_immediate (dest, param_ch, encoding, insn)
char *dest;
char param_ch;
char *encoding;
unsigned long insn;
{
int imm = or32_extract (param_ch, encoding, insn);
 
imm = extend_imm(imm, param_ch);
if (letter_signed(param_ch))
{
if (imm < 0)
sprintf (dest, "%d", imm);
else
sprintf (dest, "0x%x", imm);
}
else
sprintf (dest, "%#x", imm);
while (*dest) dest++;
return dest;
}
 
/* Disassemble one instruction from insn to disassemble.
Return the size of the instruction. */
 
int
disassemble_insn (insn)
unsigned long insn;
{
return disassemble_index (insn, insn_decode (insn));
}
 
/* Disassemble one instruction from insn index.
Return the size of the instruction. */
 
int
disassemble_index (insn, index)
unsigned long insn;
int index;
{
char *dest = disassembled;
if (index >= 0)
{
struct or32_opcode const *opcode = &or32_opcodes[index];
char *s;
 
strcpy (dest, opcode->name);
while (*dest) dest++;
*dest++ = ' ';
*dest = 0;
for (s = opcode->args; *s != '\0'; ++s)
{
switch (*s)
{
case '\0':
return insn_len (insn);
 
case 'r':
dest = or32_print_register(dest, *++s, opcode->encoding, insn);
break;
 
default:
if (strchr (opcode->encoding, *s))
dest = or32_print_immediate (dest, *s, opcode->encoding, insn);
else {
*dest++ = *s;
*dest = 0;
}
}
}
}
else
{
/* This used to be %8x for binutils. */
sprintf(dest, ".word 0x%08lx", insn);
while (*dest) dest++;
}
return insn_len (insn);
}

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