From: Alexandre Oliva Date: Thu, 10 Jul 2003 02:49:46 +0000 (+0000) Subject: 2002-02-20 Alexandre Oliva X-Git-Url: https://git.libre-soc.org/?a=commitdiff_plain;h=e1f834a331437a34ef43aeb6a2204591192e4ab0;p=binutils-gdb.git 2002-02-20 Alexandre Oliva * gas/mn10300/am33-2.c (d8pcsec): PC-relative relocations within text sections don't decay to section+offset. * gas/mn10300/am33-2.d: Rebuilt. 2000-08-15 Eric Christopher * gas/mn10300/am33-2.c (d8pcsec): New Function (condjmp): Adjust testcase for TC_LINKRELAX_FIXUP functionality. * gas/mn10300/am33-2.d: Regenerate 2000-05-24 Alexandre Oliva * gas/mn10300/am33-2.c (d8pcoff): Likewise. * gas/mn10300/am33-2.d: Rebuilt. 2000-04-01 Alexandre Oliva * gas/mn10300/am33-2.c (main): Changed `.am332' to `.am33_2'. Replaced `AM33 2.0' with `AM33/2.0'. * gas/mn10300/am33-2.d, gas/mn10300/am33-2.s: Rebuilt. 2000-03-31 Alexandre Oliva * gas/mn10300/am33-2.c: New file, that generated... * gas/mn10300/am33-2.s, gas/mn10300/am33-2.d: New files. * gas/mn10300/basic.exp: Test am33-2. --- diff --git a/gas/testsuite/ChangeLog b/gas/testsuite/ChangeLog index 9502f001853..3793a1e316e 100644 --- a/gas/testsuite/ChangeLog +++ b/gas/testsuite/ChangeLog @@ -1,3 +1,26 @@ +2003-07-09 Alexandre Oliva + + 2002-02-20 Alexandre Oliva + * gas/mn10300/am33-2.c (d8pcsec): PC-relative relocations within + text sections don't decay to section+offset. + * gas/mn10300/am33-2.d: Rebuilt. + 2000-08-15 Eric Christopher + * gas/mn10300/am33-2.c (d8pcsec): New Function + (condjmp): Adjust testcase for TC_LINKRELAX_FIXUP + functionality. + * gas/mn10300/am33-2.d: Regenerate + 2000-05-24 Alexandre Oliva + * gas/mn10300/am33-2.c (d8pcoff): Likewise. + * gas/mn10300/am33-2.d: Rebuilt. + 2000-04-01 Alexandre Oliva + * gas/mn10300/am33-2.c (main): Changed `.am332' to `.am33_2'. + Replaced `AM33 2.0' with `AM33/2.0'. + * gas/mn10300/am33-2.d, gas/mn10300/am33-2.s: Rebuilt. + 2000-03-31 Alexandre Oliva + * gas/mn10300/am33-2.c: New file, that generated... + * gas/mn10300/am33-2.s, gas/mn10300/am33-2.d: New files. + * gas/mn10300/basic.exp: Test am33-2. + 2003-07-08 Chris Demetriou * gas/testsuite/gas/mips/mips.exp: Make sure that branch-misc-2 is diff --git a/gas/testsuite/gas/mn10300/am33-2.c b/gas/testsuite/gas/mn10300/am33-2.c new file mode 100644 index 00000000000..2e0001510cb --- /dev/null +++ b/gas/testsuite/gas/mn10300/am33-2.c @@ -0,0 +1,745 @@ +/* Copyright (C) 2000, 2002 Free Software Foundation + * Contributed by Alexandre Oliva + * + * This file 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. + */ + +/* Generator of tests for insns introduced in AM33 2.0. */ + +#define INSN_REPEAT 11 + +/* See the following file for usage and documentation. */ +#include "../all/test-gen.c" + +/* These are the AM33 registers. */ +const char *am33_regs[] = { + /* These are the canonical names, i.e., those printed by the + * disassembler. */ + "r0", "r1", "r2", "r3", "r4", "r5", "r6", "r7", + "a0", "a1", "a2", "a3", "d0", "d1", "d2", "d3", + /* These are aliases that the assembler should also recognize. */ + "e0", "e1", "e2", "e3", "e4", "e5", "e6", "e7", + "r8", "r9", "r10", "r11", "r12", "r13", "r14", "r15" +}; + +/* Signed constants of the given sizes. */ +#define d8(shift) signed_constant( 8, shift, 1) +#define d16(shift) signed_constant(16, shift, 1) +#define d24(shift) signed_constant(24, shift, 1) +#define d32(shift) signed_constant(32, shift, 1) +#define u8(shift) unsigned_constant( 8, shift, 1) +#define u24(shift) unsigned_constant(24, shift, 1) +#define a16(shift) absolute_address(16, shift, 1) + +/* Emit an AM33 register shifted by these many words. */ +#define amreg(shift) reg_r (am33_regs, shift, 15, mk_get_bits (5u)) +#define spreg literal ("sp") +#define fcreg literal ("fpcr") + +/* Emit an AM33-2 FP single-precision register, with the 4 least + * significant bits shifted by shiftlow and the most significant bit + * shifted by shifthigh. */ +int +freg (func_arg *arg, insn_data *data) +#define freg(shiftlow, shifthigh) { freg, { i1: shiftlow, i2: shifthigh } } +{ + unsigned val = get_bits (5u); + + data->as_in = data->dis_out = (char*)malloc (3 + ulen (val, 10)); + sprintf (data->as_in, "fs%u", val); + data->bits = val; + data->bits = ((data->bits & 15) << arg->i1) | ((data->bits >> 4) << arg->i2); + + return 0; +} + +/* Emit an AM33-2 FP single-precision register in the ``accumulator'' + * range, with the 2 least significant bits shifted by shiftlow and + * the most significant bit shifted by shifthigh. */ +int +areg (func_arg *arg, insn_data *data) +#define areg(shiftlow, shifthigh) { areg, { i1: shiftlow, i2: shifthigh } } +{ + unsigned val = get_bits (3u); + + data->as_in = data->dis_out = (char*)malloc (4); + sprintf (data->as_in, "fs%u", val); + data->bits = val; + data->bits = ((data->bits & 3) << arg->i1) | ((data->bits >> 2) << arg->i2); + + return 0; +} + +/* Emit an AM33-2 FP double-precision register, with the 4 least + * significant bits shifted by shiftlow and the most significant bit + * shifted by shifthigh. */ +int +dreg (func_arg *arg, insn_data *data) +#define dreg(shiftlow, shifthigh) { dreg, { i1: shiftlow, i2: shifthigh } } +{ + unsigned val = 2 * get_bits (4u); + + data->as_in = data->dis_out = (char*)malloc (3 + ulen (val, 10)); + sprintf (data->as_in, "fd%u", val); + data->bits = val; + data->bits = ((data->bits & 15) << arg->i1) | ((data->bits >> 4) << arg->i2); + + return 0; +} + +/* Emit a signed 8-bit PC-relative offset from the current insn to the + * last emitted label. */ +int +d8pcoff (func_arg *arg, insn_data *data) +#define d8pcoff(shift) { d8pcoff, { p1: shift } } +{ + int diff = insn_size - arg->i1/8 - 1; + int displacement = current_offset - last_label_offset; + char *current_address = malloc (strlen (last_label_name) + 4 + + ulen (displacement, 16) + 1); + + /* Make sure we're not too far from the target. */ + if (displacement > 128) + abort (); + + data->as_in = strdup (last_label_name); + + /* Calculate the address that will be printed by the disassembler as + the target of the jump. Since it won't take relocations into + account, it will be the insn's own address. */ + if (current_offset == last_label_offset) + strcpy (current_address, last_label_name); + else + sprintf (current_address, "%s\\+0x%x", last_label_name, displacement); + + /* Compute the complete label, including the relocation message + printed as an additional message. The relocation will point us + to the intended target label plus an offset equal to the offset + of the displacement within the current insn. We do not account + for the case in which this displacement is zero, since it doesn't + come up on this platform. */ + data->dis_out = malloc (8 + 2 + strlen (current_address) + 2 + + 3 + ulen (current_offset + diff, 16) + 19 + + strlen (last_label_name) + 4 + + ulen (diff, 16) + 1); + sprintf (data->dis_out, "0*%x <%s>\n" + "\t\t\t%x: R_MN10300_PCREL8\t%s\\+0x%x", + current_offset, current_address, + current_offset + diff, last_label_name, diff); + + free (current_address); + + return 0; +} + +/* Emit a signed 8-bit PC-relative offset from the current insn to the + * current section. */ +int +d8pcsec (func_arg *arg, insn_data *data) +#define d8pcsec(shift) { d8pcsec, { p1: shift } } +{ + int diff = insn_size - arg->i1/8 - 1; + int displacement = current_offset - last_label_offset; + char *current_address = malloc (strlen (last_label_name) + 4 + + ulen (displacement, 16) + 1); + + /* Make sure we're not too far from the target. */ + if (displacement > 128) + abort (); + + data->as_in = strdup (last_label_name); + + /* Calculate the address that will be printed by the disassembler as + the target of the jump. Since it won't take relocations into + account, it will be the insn's own address. */ + + if (current_offset == last_label_offset) + strcpy (current_address, last_label_name); + else + sprintf (current_address, "%s\\+0x%x", last_label_name, displacement); + + + /* Compute the complete label, including the relocation message + printed as an additional message. The relocation will point us + to the intended target label plus an offset equal to the offset + of the displacement within the current insn. We do not account + for the case in which this displacement is zero, since it doesn't + come up on this platform. */ + data->dis_out = malloc (8 + 2 + strlen (current_address) + 2 + + 3 + ulen (current_offset + diff, 16) + 33); + sprintf (data->dis_out, "0*%x <%s>\n" + "\t\t\t%x: R_MN10300_PCREL8\tcondjmp\\+0x2", + current_offset, current_address, + current_offset + diff); + + free (current_address); + + return 0; +} + +/* Convenience wrapper to define_insn. */ +#define def_am_insn(insname, variant, size, word, funcs...) \ + define_insn(insname ## _ ## variant, \ + insn_size_bits (insname, size, \ + ((unsigned long long)word) << 8*(size-2)), \ + tab, \ + ## funcs) +#define am_insn(insname, variant) insn (insname ## _ ## variant) + +#define def_bit_insn(insname, word) \ + def_am_insn (insname, i8a16, 5, word, \ + u8(0), comma, lparen, a16 (8), rparen, tick_random); +#define bit_insn(insname) insn (insname ## _ ## i8a16) + +/* Data cache pre-fetch insns. */ +def_am_insn (dcpf, r, 3, 0xf9a6, lparen, amreg (4), rparen); +def_am_insn (dcpf, sp, 3, 0xf9a7, lparen, spreg, rparen); +def_am_insn (dcpf, rr, 4, 0xfba6, + lparen, amreg(12), comma, amreg (8), rparen, tick_random); +def_am_insn (dcpf, d8r, 4, 0xfba7, + lparen, d8 (0), comma, amreg (12), rparen, tick_random); +def_am_insn (dcpf, d24r, 6, 0xfda7, + lparen, d24(0), comma, amreg (28), rparen, tick_random); +def_am_insn (dcpf, d32r, 7, 0xfe46, + lparen, d32(0), comma, amreg (36), rparen, tick_random); + +/* Define the group of data cache pre-fetch insns. */ +func *dcpf_insns[] = { + am_insn (dcpf, r), + am_insn (dcpf, sp), + am_insn (dcpf, rr), + am_insn (dcpf, d8r), + am_insn (dcpf, d24r), + am_insn (dcpf, d32r), + 0 +}; + +/* Bit operations. */ +def_bit_insn (bset, 0xfe80); +def_bit_insn (bclr, 0xfe81); +def_bit_insn (btst, 0xfe82); + +/* Define the group of bit insns. */ +func *bit_insns[] = { + bit_insn (bset), + bit_insn (bclr), + bit_insn (btst), + 0 +}; + +/* Define the single-precision FP move insns. */ +def_am_insn (fmov, irfs, 3, 0xf920, + lparen, amreg (4), rparen, comma, + freg (0, 8), tick_random); +def_am_insn (fmov, rpfs, 3, 0xf922, + lparen, amreg (4), plus, rparen, comma, + freg (0, 8), tick_random); +def_am_insn (fmov, spfs, 3, 0xf924, + lparen, spreg, rparen, comma, freg (0, 8)); +def_am_insn (fmov, vrfs, 3, 0xf926, + amreg (4), comma, freg (0, 8), tick_random); +def_am_insn (fmov, fsir, 3, 0xf930, + freg (4, 9), comma, lparen, amreg (0), rparen, tick_random); +def_am_insn (fmov, fsrp, 3, 0xf931, + freg (4, 9), comma, lparen, amreg (0), plus, rparen, tick_random); +def_am_insn (fmov, fssp, 3, 0xf934, + freg (4, 9), comma, lparen, spreg, rparen); +def_am_insn (fmov, fsvr, 3, 0xf935, + freg (4, 9), comma, amreg (0), tick_random); +def_am_insn (fmov, fsfs, 3, 0xf940, + freg (4, 9), comma, freg (0, 8), tick_random); +def_am_insn (fmov, d8rfs, 4, 0xfb20, + lparen, d8 (0), comma, amreg (12), rparen, comma, + freg (8, 16)); +def_am_insn (fmov, rpi8fs, 4, 0xfb22, + lparen, amreg (12), plus, comma, d8 (0), rparen, comma, + freg (8, 16)); +def_am_insn (fmov, d8spfs, 4, 0xfb24, + lparen, u8 (0), comma, spreg, rparen, comma, freg (8, 16), + tick_random); +def_am_insn (fmov, irrfs, 4, 0xfb27, + lparen, amreg (12), comma, amreg (8), rparen, comma, + freg (4, 1)); +def_am_insn (fmov, fsd8r, 4, 0xfb30, + freg (12, 17), comma, lparen, d8 (0), comma, amreg (8), rparen); +def_am_insn (fmov, fsrpi8, 4, 0xfb31, + freg (12, 17), comma, + lparen, amreg (8), plus, comma, d8 (0), rparen); +def_am_insn (fmov, fsd8sp, 4, 0xfb34, + freg (12, 17), comma, + lparen, u8 (0), comma, spreg, rparen, tick_random); +def_am_insn (fmov, fsirr, 4, 0xfb37, + freg (4, 1), comma, + lparen, amreg (12), comma, amreg (8), rparen); +def_am_insn (fmov, d24rfs, 6, 0xfd20, + lparen, d24 (0), comma, amreg (28), rparen, comma, freg (24, 32)); +def_am_insn (fmov, rpi24fs, 6, 0xfd22, + lparen, amreg (28), plus, comma, d24 (0), rparen, comma, + freg (24, 32)); +def_am_insn (fmov, d24spfs, 6, 0xfd24, + lparen, u24 (0), comma, spreg, rparen, comma, + freg (24, 32), tick_random); +def_am_insn (fmov, fsd24r, 6, 0xfd30, + freg (28, 33), comma, lparen, d24 (0), comma, amreg (24), rparen); +def_am_insn (fmov, fsrpi24, 6, 0xfd31, + freg (28, 33), comma, + lparen, amreg (24), plus, comma, d24 (0), rparen); +def_am_insn (fmov, fsd24sp, 6, 0xfd34, + freg (28, 33), comma, + lparen, u24 (0), comma, spreg, rparen, tick_random); +def_am_insn (fmov, d32rfs, 7, 0xfe20, + lparen, d32 (0), comma, amreg (36), rparen, comma, freg (32, 40)); +def_am_insn (fmov, rpi32fs, 7, 0xfe22, + lparen, amreg (36), plus, comma, d32 (0), rparen, comma, + freg (32, 40)); +def_am_insn (fmov, d32spfs, 7, 0xfe24, + lparen, d32 (0), comma, spreg, rparen, comma, + freg (32, 40), tick_random); +def_am_insn (fmov, i32fs, 7, 0xfe26, + d32 (0), comma, freg (32, 40), tick_random); +def_am_insn (fmov, fsd32r, 7, 0xfe30, + freg (36, 41), comma, lparen, d32 (0), comma, amreg (32), rparen); +def_am_insn (fmov, fsrpi32, 7, 0xfe31, + freg (36, 41), comma, + lparen, amreg (32), plus, comma, d32 (0), rparen); +def_am_insn (fmov, fsd32sp, 7, 0xfe34, + freg (36, 41), comma, + lparen, d32 (0), comma, spreg, rparen, tick_random); + +/* Define the group of single-precision FP move insns. */ +func *fmovs_insns[] = { + am_insn (fmov, irfs), + am_insn (fmov, rpfs), + am_insn (fmov, spfs), + am_insn (fmov, vrfs), + am_insn (fmov, fsir), + am_insn (fmov, fsrp), + am_insn (fmov, fssp), + am_insn (fmov, fsvr), + am_insn (fmov, fsfs), + am_insn (fmov, d8rfs), + am_insn (fmov, rpi8fs), + am_insn (fmov, d8spfs), + am_insn (fmov, irrfs), + am_insn (fmov, fsd8r), + am_insn (fmov, fsrpi8), + am_insn (fmov, fsd8sp), + am_insn (fmov, fsirr), + am_insn (fmov, d24rfs), + am_insn (fmov, rpi24fs), + am_insn (fmov, d24spfs), + am_insn (fmov, fsd24r), + am_insn (fmov, fsrpi24), + am_insn (fmov, fsd24sp), + am_insn (fmov, d32rfs), + am_insn (fmov, rpi32fs), + am_insn (fmov, d32spfs), + am_insn (fmov, i32fs), + am_insn (fmov, fsd32r), + am_insn (fmov, fsrpi32), + am_insn (fmov, fsd32sp), + 0 +}; + +/* Define the double-precision FP move insns. */ +def_am_insn (fmov, irfd, 3, 0xf9a0, + lparen, amreg (4), rparen, comma, dreg (0, 8), tick_random); +def_am_insn (fmov, rpfd, 3, 0xf9a2, + lparen, amreg (4), plus, rparen, comma, dreg (0, 8), tick_random); +def_am_insn (fmov, spfd, 3, 0xf9a4, + lparen, spreg, rparen, comma, dreg (0, 8)); +def_am_insn (fmov, fdir, 3, 0xf9b0, + dreg (4, 9), comma, lparen, amreg (0), rparen, tick_random); +def_am_insn (fmov, fdrp, 3, 0xf9b1, + dreg (4, 9), comma, lparen, amreg (0), plus, rparen, tick_random); +def_am_insn (fmov, fdsp, 3, 0xf9b4, + dreg (4, 9), comma, lparen, spreg, rparen); +def_am_insn (fmov, fdfd, 3, 0xf9c0, + dreg (4, 9), comma, dreg (0, 8), tick_random); +def_am_insn (fmov, irrfd, 4, 0xfb47, + lparen, amreg (12), comma, amreg (8), rparen, comma, dreg (4, 1)); +def_am_insn (fmov, fdirr, 4, 0xfb57, + dreg (4, 1), comma, lparen, amreg (12), comma, amreg (8), rparen); +def_am_insn (fmov, d8rfd, 4, 0xfba0, + lparen, d8 (0), comma, amreg (12), rparen, comma, dreg (8, 16)); +def_am_insn (fmov, rpi8fd, 4, 0xfba2, + lparen, amreg (12), plus, comma, d8 (0), rparen, comma, + dreg (8, 16)); +def_am_insn (fmov, d8spfd, 4, 0xfba4, + lparen, u8 (0), comma, spreg, rparen, comma, + dreg (8, 16), tick_random); +def_am_insn (fmov, fdd8r, 4, 0xfbb0, + dreg (12, 17), comma, lparen, d8 (0), comma, amreg (8), rparen); +def_am_insn (fmov, fdrpi8, 4, 0xfbb1, + dreg (12, 17), comma, + lparen, amreg (8), plus, comma, d8 (0), rparen); +def_am_insn (fmov, fdi8sp, 4, 0xfbb4, + dreg (12, 17), comma, + lparen, u8 (0), comma, spreg, rparen, tick_random); +def_am_insn (fmov, d24rfd, 6, 0xfda0, + lparen, d24 (0), comma, amreg (28), rparen, comma, dreg (24, 32)); +def_am_insn (fmov, rpi24fd, 6, 0xfda2, + lparen, amreg (28), plus, comma, d24 (0), rparen, comma, + dreg (24, 32)); +def_am_insn (fmov, d24spfd, 6, 0xfda4, + lparen, u24 (0), comma, spreg, rparen, comma, + dreg (24, 32), tick_random); +def_am_insn (fmov, fdd24r, 6, 0xfdb0, + dreg (28, 33), comma, + lparen, d24 (0), comma, amreg (24), rparen); +def_am_insn (fmov, fdrpi24, 6, 0xfdb1, + dreg (28, 33), comma, + lparen, amreg (24), plus, comma, d24 (0), rparen); +def_am_insn (fmov, fdd24sp, 6, 0xfdb4, + dreg (28, 33), comma, + lparen, u24 (0), comma, spreg, rparen, tick_random); +def_am_insn (fmov, d32rfd, 7, 0xfe40, + lparen, d32 (0), comma, amreg (36), rparen, comma, dreg (32, 40)); +def_am_insn (fmov, rpi32fd, 7, 0xfe42, + lparen, amreg (36), plus, comma, d32 (0), rparen, comma, + dreg (32, 40)); +def_am_insn (fmov, d32spfd, 7, 0xfe44, + lparen, d32 (0), comma, spreg, rparen, comma, + dreg (32, 40), tick_random); +def_am_insn (fmov, fdd32r, 7, 0xfe50, + dreg (36, 41), comma, + lparen, d32 (0), comma, amreg (32), rparen); +def_am_insn (fmov, fdrpi32, 7, 0xfe51, + dreg (36, 41), comma, + lparen, amreg (32), plus, comma, d32 (0), rparen); +def_am_insn (fmov, fdd32sp, 7, 0xfe54, + dreg (36, 41), comma, + lparen, d32 (0), comma, spreg, rparen, tick_random); + +/* Define the group of double-precision FP move insns. */ +func *fmovd_insns[] = { + am_insn (fmov, irfd), + am_insn (fmov, rpfd), + am_insn (fmov, spfd), + am_insn (fmov, fdir), + am_insn (fmov, fdrp), + am_insn (fmov, fdsp), + am_insn (fmov, fdfd), + am_insn (fmov, irrfd), + am_insn (fmov, fdirr), + am_insn (fmov, d8rfd), + am_insn (fmov, rpi8fd), + am_insn (fmov, d8spfd), + am_insn (fmov, fdd8r), + am_insn (fmov, fdrpi8), + am_insn (fmov, fdi8sp), + am_insn (fmov, d24rfd), + am_insn (fmov, rpi24fd), + am_insn (fmov, d24spfd), + am_insn (fmov, fdd24r), + am_insn (fmov, fdrpi24), + am_insn (fmov, fdd24sp), + am_insn (fmov, d32rfd), + am_insn (fmov, rpi32fd), + am_insn (fmov, d32spfd), + am_insn (fmov, fdd32r), + am_insn (fmov, fdrpi32), + am_insn (fmov, fdd32sp), + 0 +}; + +/* Define fmov FPCR insns. */ +def_am_insn (fmov, vrfc, 3, 0xf9b5, + amreg (4), comma, fcreg); +def_am_insn (fmov, fcvr, 3, 0xf9b7, + fcreg, comma, amreg (0)); +def_am_insn (fmov, i32fc, 6, 0xfdb5, + d32 (0), comma, fcreg); + +/* Define the group of FPCR move insns. */ +func *fmovc_insns[] = { + am_insn (fmov, vrfc), + am_insn (fmov, fcvr), + am_insn (fmov, i32fc), + 0 +}; + +/* Define single-precision floating-point arithmetic insns. */ +def_am_insn (fabs, fs, 3, 0xf944, freg (0, 8)); +def_am_insn (fabs, fsfs, 4, 0xfb44, + freg (12, 3), comma, freg (4, 1), tick_random); +def_am_insn (fneg, fs, 3, 0xf946, freg (0, 8)); +def_am_insn (fneg, fsfs, 4, 0xfb46, + freg (12, 3), comma, freg (4, 1), tick_random); +def_am_insn (frsqrt, fs, 3, 0xf950, freg (0, 8)); +def_am_insn (frsqrt, fsfs, 4, 0xfb50, + freg (12, 3), comma, freg (4, 1), tick_random); +def_am_insn (fsqrt, fs, 3, 0xf952, freg (0, 8)); +def_am_insn (fsqrt, fsfs, 4, 0xfb54, + freg (12, 3), comma, freg (4, 1), tick_random); +def_am_insn (fcmp, fsfs, 3, 0xf954, + freg (4, 9), comma, freg (0, 8), tick_random); +def_am_insn (fcmp, i32fs, 7, 0xfe35, + d32 (0), comma, freg (36, 41), tick_random); +def_am_insn (fadd, fsfs, 3, 0xf960, + freg (4, 9), comma, freg (0, 8), tick_random); +def_am_insn (fadd, fsfsfs, 4, 0xfb60, + freg (12, 3), comma, freg (8, 2), comma, freg (4, 1)); +def_am_insn (fadd, i32fsfs, 7, 0xfe60, + d32 (0), comma, freg (36, 41), comma, freg (32, 40)); +def_am_insn (fsub, fsfs, 3, 0xf964, + freg (4, 9), comma, freg (0, 8), tick_random); +def_am_insn (fsub, fsfsfs, 4, 0xfb64, + freg (12, 3), comma, freg (8, 2), comma, freg (4, 1)); +def_am_insn (fsub, i32fsfs, 7, 0xfe64, + d32 (0), comma, freg (36, 41), comma, freg (32, 40)); +def_am_insn (fmul, fsfs, 3, 0xf970, + freg (4, 9), comma, freg (0, 8), tick_random); +def_am_insn (fmul, fsfsfs, 4, 0xfb70, + freg (12, 3), comma, freg (8, 2), comma, freg (4, 1)); +def_am_insn (fmul, i32fsfs, 7, 0xfe70, + d32 (0), comma, freg (36, 41), comma, freg (32, 40)); +def_am_insn (fdiv, fsfs, 3, 0xf974, + freg (4, 9), comma, freg (0, 8), tick_random); +def_am_insn (fdiv, fsfsfs, 4, 0xfb74, + freg (12, 3), comma, freg (8, 2), comma, freg (4, 1)); +def_am_insn (fdiv, i32fsfs, 7, 0xfe74, + d32 (0), comma, freg (36, 41), comma, freg (32, 40)); + +/* Define the group of single-precision floating-point arithmetic insns. */ +func *sfparith_insns[] = { + am_insn (fabs, fs), + am_insn (fabs, fsfs), + am_insn (fneg, fs), + am_insn (fneg, fsfs), + am_insn (frsqrt, fs), + am_insn (frsqrt, fsfs), + am_insn (fsqrt, fs), + am_insn (fsqrt, fsfs), + am_insn (fcmp, fsfs), + am_insn (fcmp, i32fs), + am_insn (fadd, fsfs), + am_insn (fadd, fsfsfs), + am_insn (fadd, i32fsfs), + am_insn (fsub, fsfs), + am_insn (fsub, fsfsfs), + am_insn (fsub, i32fsfs), + am_insn (fmul, fsfs), + am_insn (fmul, fsfsfs), + am_insn (fmul, i32fsfs), + am_insn (fdiv, fsfs), + am_insn (fdiv, fsfsfs), + am_insn (fdiv, i32fsfs), + 0 +}; + +/* Define floating-point accumulator arithmetic insns. */ +def_am_insn (fmadd, , 4, 0xfb80, + freg (12, 3), comma, freg (8, 2), comma, + freg (4, 1), comma, areg (16, 0), tick_random); +def_am_insn (fmsub, , 4, 0xfb84, + freg (12, 3), comma, freg (8, 2), comma, + freg (4, 1), comma, areg (16, 0), tick_random); +def_am_insn (fnmadd, , 4, 0xfb90, + freg (12, 3), comma, freg (8, 2), comma, + freg (4, 1), comma, areg (16, 0), tick_random); +def_am_insn (fnmsub, , 4, 0xfb94, + freg (12, 3), comma, freg (8, 2), comma, + freg (4, 1), comma, areg (16, 0), tick_random); + +/* Define the group of floating-point accumulator arithmetic insns. */ +func *fpacc_insns[] = { + am_insn (fmadd, ), + am_insn (fmsub, ), + am_insn (fnmadd, ), + am_insn (fnmsub, ), + 0 +}; + +/* Define double-precision floating-point arithmetic insns. */ +def_am_insn (fabs, fd, 3, 0xf9c4, dreg (0, 8)); +def_am_insn (fabs, fdfd, 4, 0xfbc4, + dreg (12, 3), comma, dreg (4, 1), tick_random); +def_am_insn (fneg, fd, 3, 0xf9c6, dreg (0, 8)); +def_am_insn (fneg, fdfd, 4, 0xfbc6, + dreg (12, 3), comma, dreg (4, 1), tick_random); +def_am_insn (frsqrt, fd, 3, 0xf9d0, dreg (0, 8)); +def_am_insn (frsqrt, fdfd, 4, 0xfbd0, + dreg (12, 3), comma, dreg (4, 1), tick_random); +def_am_insn (fsqrt, fd, 3, 0xf9d2, dreg (0, 8)); +def_am_insn (fsqrt, fdfd, 4, 0xfbd4, + dreg (12, 3), comma, dreg (4, 1), tick_random); +def_am_insn (fcmp, fdfd, 3, 0xf9d4, + dreg (4, 9), comma, dreg (0, 8), tick_random); +def_am_insn (fadd, fdfd, 3, 0xf9e0, + dreg (4, 9), comma, dreg (0, 8), tick_random); +def_am_insn (fadd, fdfdfd, 4, 0xfbe0, + dreg (12, 3), comma, dreg (8, 2), comma, dreg (4, 1)); +def_am_insn (fsub, fdfd, 3, 0xf9e4, + dreg (4, 9), comma, dreg (0, 8), tick_random); +def_am_insn (fsub, fdfdfd, 4, 0xfbe4, + dreg (12, 3), comma, dreg (8, 2), comma, dreg (4, 1)); +def_am_insn (fmul, fdfd, 3, 0xf9f0, + dreg (4, 9), comma, dreg (0, 8), tick_random); +def_am_insn (fmul, fdfdfd, 4, 0xfbf0, + dreg (12, 3), comma, dreg (8, 2), comma, dreg (4, 1)); +def_am_insn (fdiv, fdfd, 3, 0xf9f4, + dreg (4, 9), comma, dreg (0, 8), tick_random); +def_am_insn (fdiv, fdfdfd, 4, 0xfbf4, + dreg (12, 3), comma, dreg (8, 2), comma, dreg (4, 1)); + +/* Define the group of double-precision floating-point arithmetic insns. */ +func *dfparith_insns[] = { + am_insn (fabs, fd), + am_insn (fabs, fdfd), + am_insn (fneg, fd), + am_insn (fneg, fdfd), + am_insn (frsqrt, fd), + am_insn (frsqrt, fdfd), + am_insn (fsqrt, fd), + am_insn (fsqrt, fdfd), + am_insn (fcmp, fdfd), + am_insn (fadd, fdfd), + am_insn (fadd, fdfdfd), + am_insn (fsub, fdfd), + am_insn (fsub, fdfdfd), + am_insn (fmul, fdfd), + am_insn (fmul, fdfdfd), + am_insn (fdiv, fdfd), + am_insn (fdiv, fdfdfd), + 0 +}; + +/* Define floating-point conversion insns. */ +def_am_insn (ftoi, fsfs, 4, 0xfb40, + freg (12, 3), comma, freg (4, 1), tick_random); +def_am_insn (itof, fsfs, 4, 0xfb42, + freg (12, 3), comma, freg (4, 1), tick_random); +def_am_insn (ftod, fsfd, 4, 0xfb52, + freg (12, 3), comma, dreg (4, 1), tick_random); +def_am_insn (dtof, fdfs, 4, 0xfb56, + dreg (12, 3), comma, freg (4, 1), tick_random); + +/* Define the group of floating-point conversion insns. */ +func *fpconv_insns[] = { + am_insn (ftoi, fsfs), + am_insn (itof, fsfs), + am_insn (ftod, fsfd), + am_insn (dtof, fdfs), + 0 +}; + +/* Define conditional jump insns. */ +def_am_insn (fbeq, , 3, 0xf8d0, d8pcsec (0)); +def_am_insn (fbne, , 3, 0xf8d1, d8pcsec (0)); +def_am_insn (fbgt, , 3, 0xf8d2, d8pcsec (0)); +def_am_insn (fbge, , 3, 0xf8d3, d8pcsec (0)); +def_am_insn (fblt, , 3, 0xf8d4, d8pcsec (0)); +def_am_insn (fble, , 3, 0xf8d5, d8pcsec (0)); +def_am_insn (fbuo, , 3, 0xf8d6, d8pcsec (0)); +def_am_insn (fblg, , 3, 0xf8d7, d8pcsec (0)); +def_am_insn (fbleg,, 3, 0xf8d8, d8pcsec (0)); +def_am_insn (fbug, , 3, 0xf8d9, d8pcsec (0)); +def_am_insn (fbuge,, 3, 0xf8da, d8pcsec (0)); +def_am_insn (fbul, , 3, 0xf8db, d8pcsec (0)); +def_am_insn (fbule,, 3, 0xf8dc, d8pcsec (0)); +def_am_insn (fbue, , 3, 0xf8dd, d8pcsec (0)); +def_am_insn (fleq, , 2, 0xf0d0, nothing); +def_am_insn (flne, , 2, 0xf0d1, nothing); +def_am_insn (flgt, , 2, 0xf0d2, nothing); +def_am_insn (flge, , 2, 0xf0d3, nothing); +def_am_insn (fllt, , 2, 0xf0d4, nothing); +def_am_insn (flle, , 2, 0xf0d5, nothing); +def_am_insn (fluo, , 2, 0xf0d6, nothing); +def_am_insn (fllg, , 2, 0xf0d7, nothing); +def_am_insn (flleg,, 2, 0xf0d8, nothing); +def_am_insn (flug, , 2, 0xf0d9, nothing); +def_am_insn (fluge,, 2, 0xf0da, nothing); +def_am_insn (flul, , 2, 0xf0db, nothing); +def_am_insn (flule,, 2, 0xf0dc, nothing); +def_am_insn (flue, , 2, 0xf0dd, nothing); + +/* Define the group of conditional jump insns. */ +func *condjmp_insns[] = { + am_insn (fbeq, ), + am_insn (fbne, ), + am_insn (fbgt, ), + am_insn (fbge, ), + am_insn (fblt, ), + am_insn (fble, ), + am_insn (fbuo, ), + am_insn (fblg, ), + am_insn (fbleg, ), + am_insn (fbug, ), + am_insn (fbuge, ), + am_insn (fbul, ), + am_insn (fbule, ), + am_insn (fbue, ), + am_insn (fleq, ), + am_insn (flne, ), + am_insn (flgt, ), + am_insn (flge, ), + am_insn (fllt, ), + am_insn (flle, ), + am_insn (fluo, ), + am_insn (fllg, ), + am_insn (flleg, ), + am_insn (flug, ), + am_insn (fluge, ), + am_insn (flul, ), + am_insn (flule, ), + am_insn (flue, ), + 0 +}; + +/* Define the set of all groups. */ +group_t +groups[] = { + { "dcpf", dcpf_insns }, + { "bit", bit_insns }, + { "fmovs", fmovs_insns }, + { "fmovd", fmovd_insns }, + { "fmovc", fmovc_insns }, + { "sfparith", sfparith_insns }, + { "fpacc", fpacc_insns }, + { "dfparith", dfparith_insns }, + { "fpconv", fpconv_insns }, + { "condjmp", condjmp_insns }, + { 0 } +}; + +int +main(int argc, char *argv[]) +{ + FILE *as_in = stdout, *dis_out = stderr; + + /* Check whether we're filtering insns. */ + if (argc > 1) + skip_list = argv + 1; + + /* Output assembler header. */ + fputs ("\t.text\n" + "\t.am33_2\n", + as_in); + /* Output comments for the testsuite-driver and the initial + * disassembler output. */ + fputs ("#objdump: -dr --prefix-address --show-raw-insn\n" + "#name: AM33/2.0\n" + "\n" + ".*: +file format.*elf32-mn10300.*\n" + "\n" + "Disassembly of section .text:\n", + dis_out); + + /* Now emit all (selected) insns. */ + output_groups (groups, as_in, dis_out); + + exit (0); +} diff --git a/gas/testsuite/gas/mn10300/am33-2.d b/gas/testsuite/gas/mn10300/am33-2.d new file mode 100644 index 00000000000..1dc4693b509 --- /dev/null +++ b/gas/testsuite/gas/mn10300/am33-2.d @@ -0,0 +1,1324 @@ +#objdump: -dr --prefix-address --show-raw-insn +#name: AM33/2.0 + +.*: +file format.*elf32-mn10300.* + +Disassembly of section .text: +# dcpf: +0*0 f9 ?a6 ?00 ? * dcpf \(r0\) +0*3 f9 ?a6 ?a0 ? * dcpf \(a2\) +0*6 f9 ?a6 ?d0 ? * dcpf \(d1\) +0*9 f9 ?a6 ?70 ? * dcpf \(r7\) +0*c f9 ?a6 ?40 ? * dcpf \(r4\) +0*f f9 ?a6 ?e0 ? * dcpf \(d2\) +0*12 f9 ?a6 ?10 ? * dcpf \(r1\) +0*15 f9 ?a6 ?b0 ? * dcpf \(a3\) +0*18 f9 ?a6 ?80 ? * dcpf \(a0\) +0*1b f9 ?a6 ?20 ? * dcpf \(r2\) +0*1e f9 ?a6 ?50 ? * dcpf \(r5\) +0*21 f9 ?a7 ?00 ? * dcpf \(sp\) +0*24 fb ?a6 ?fc ?00 ? * dcpf \(d3, ?d0\) +0*28 fb ?a6 ?93 ?00 ? * dcpf \(a1, ?r3\) +0*2c fb ?a6 ?ad ?00 ? * dcpf \(a2, ?d1\) +0*30 fb ?a6 ?4e ?00 ? * dcpf \(r4, ?d2\) +0*34 fb ?a6 ?b8 ?00 ? * dcpf \(a3, ?a0\) +0*38 fb ?a6 ?5f ?00 ? * dcpf \(r5, ?d3\) +0*3c fb ?a6 ?69 ?00 ? * dcpf \(r6, ?a1\) +0*40 fb ?a6 ?0a ?00 ? * dcpf \(r0, ?a2\) +0*44 fb ?a6 ?74 ?00 ? * dcpf \(r7, ?r4\) +0*48 fb ?a6 ?1b ?00 ? * dcpf \(r1, ?a3\) +0*4c fb ?a6 ?25 ?00 ? * dcpf \(r2, ?r5\) +0*50 fb ?a7 ?60 ?68 ? * dcpf \(104, ?r6\) +0*54 fb ?a7 ?00 ?01 ? * dcpf \(1, ?r0\) +0*58 fb ?a7 ?70 ?80 ? * dcpf \(-128, ?r7\) +0*5c fb ?a7 ?10 ?20 ? * dcpf \(32, ?r1\) +0*60 fb ?a7 ?20 ?49 ? * dcpf \(73, ?r2\) +0*64 fb ?a7 ?c0 ?21 ? * dcpf \(33, ?d0\) +0*68 fb ?a7 ?30 ?bb ? * dcpf \(-69, ?r3\) +0*6c fb ?a7 ?d0 ?ff ? * dcpf \(-1, ?d1\) +0*70 fb ?a7 ?e0 ?e0 ? * dcpf \(-32, ?d2\) +0*74 fb ?a7 ?80 ?ec ? * dcpf \(-20, ?a0\) +0*78 fb ?a7 ?f0 ?a1 ? * dcpf \(-95, ?d3\) +0*7c fd ?a7 ?90 ?43 ?65 ?87 ? * dcpf \(-7903933, ?a1\) +0*82 fd ?a7 ?a0 ?00 ?00 ?80 ? * dcpf \(-8388608, ?a2\) +0*88 fd ?a7 ?40 ?10 ?20 ?40 ? * dcpf \(4202512, ?r4\) +0*8e fd ?a7 ?b0 ?80 ?ff ?01 ? * dcpf \(130944, ?a3\) +0*94 fd ?a7 ?50 ?00 ?00 ?40 ? * dcpf \(4194304, ?r5\) +0*9a fd ?a7 ?60 ?56 ?34 ?12 ? * dcpf \(1193046, ?r6\) +0*a0 fd ?a7 ?00 ?01 ?ff ?80 ? * dcpf \(-8323327, ?r0\) +0*a6 fd ?a7 ?70 ?10 ?20 ?c0 ? * dcpf \(-4186096, ?r7\) +0*ac fd ?a7 ?10 ?43 ?65 ?87 ? * dcpf \(-7903933, ?r1\) +0*b2 fd ?a7 ?20 ?00 ?00 ?80 ? * dcpf \(-8388608, ?r2\) +0*b8 fd ?a7 ?c0 ?10 ?20 ?40 ? * dcpf \(4202512, ?d0\) +0*be fe ?46 ?30 ?80 ?ff ?ff ?01 ? * dcpf \(33554304, ?r3\) +0*c5 fe ?46 ?d0 ?00 ?00 ?00 ?40 ? * dcpf \(1073741824, ?d1\) +0*cc fe ?46 ?e0 ?78 ?56 ?34 ?12 ? * dcpf \(305419896, ?d2\) +0*d3 fe ?46 ?80 ?01 ?ff ?ff ?80 ? * dcpf \(-2130706687, ?a0\) +0*da fe ?46 ?f0 ?08 ?10 ?20 ?c0 ? * dcpf \(-1071640568, ?d3\) +0*e1 fe ?46 ?90 ?21 ?43 ?65 ?87 ? * dcpf \(-2023406815, ?a1\) +0*e8 fe ?46 ?a0 ?00 ?00 ?00 ?80 ? * dcpf \(-2147483648, ?a2\) +0*ef fe ?46 ?40 ?08 ?10 ?20 ?40 ? * dcpf \(1075843080, ?r4\) +0*f6 fe ?46 ?b0 ?80 ?ff ?ff ?01 ? * dcpf \(33554304, ?a3\) +0*fd fe ?46 ?50 ?00 ?00 ?00 ?40 ? * dcpf \(1073741824, ?r5\) +0*104 fe ?46 ?60 ?78 ?56 ?34 ?12 ? * dcpf \(305419896, ?r6\) +# bit: +0*10b fe ?80 ?00 ?80 ?01 ? * bset 1, ?\(0*8000 <[^>]*>\) +0*110 fe ?80 ?20 ?40 ?80 ? * bset 128, ?\(0*4020 <[^>]*>\) +0*115 fe ?80 ?80 ?01 ?20 ? * bset 32, ?\(0*0180 <[^>]*>\) +0*11a fe ?80 ?ff ?7f ?49 ? * bset 73, ?\(0*7fff <[^>]*>\) +0*11f fe ?80 ?34 ?12 ?21 ? * bset 33, ?\(0*1234 <[^>]*>\) +0*124 fe ?80 ?01 ?80 ?bb ? * bset 187, ?\(0*8001 <[^>]*>\) +0*129 fe ?80 ?20 ?c0 ?ff ? * bset 255, ?\(0*c020 <[^>]*>\) +0*12e fe ?80 ?65 ?87 ?e0 ? * bset 224, ?\(0*8765 <[^>]*>\) +0*133 fe ?80 ?00 ?80 ?ec ? * bset 236, ?\(0*8000 <[^>]*>\) +0*138 fe ?80 ?20 ?40 ?a1 ? * bset 161, ?\(0*4020 <[^>]*>\) +0*13d fe ?80 ?80 ?01 ?fe ? * bset 254, ?\(0*0180 <[^>]*>\) +0*142 fe ?81 ?ff ?7f ?00 ? * bclr 0, ?\(0*7fff <[^>]*>\) +0*147 fe ?81 ?34 ?12 ?7f ? * bclr 127, ?\(0*1234 <[^>]*>\) +0*14c fe ?81 ?01 ?80 ?18 ? * bclr 24, ?\(0*8001 <[^>]*>\) +0*151 fe ?81 ?20 ?c0 ?e5 ? * bclr 229, ?\(0*c020 <[^>]*>\) +0*156 fe ?81 ?65 ?87 ?68 ? * bclr 104, ?\(0*8765 <[^>]*>\) +0*15b fe ?81 ?00 ?80 ?01 ? * bclr 1, ?\(0*8000 <[^>]*>\) +0*160 fe ?81 ?20 ?40 ?80 ? * bclr 128, ?\(0*4020 <[^>]*>\) +0*165 fe ?81 ?80 ?01 ?20 ? * bclr 32, ?\(0*0180 <[^>]*>\) +0*16a fe ?81 ?ff ?7f ?49 ? * bclr 73, ?\(0*7fff <[^>]*>\) +0*16f fe ?81 ?34 ?12 ?21 ? * bclr 33, ?\(0*1234 <[^>]*>\) +0*174 fe ?81 ?01 ?80 ?bb ? * bclr 187, ?\(0*8001 <[^>]*>\) +0*179 fe ?82 ?20 ?c0 ?ff ? * btst 255, ?\(0*c020 <[^>]*>\) +0*17e fe ?82 ?65 ?87 ?e0 ? * btst 224, ?\(0*8765 <[^>]*>\) +0*183 fe ?82 ?00 ?80 ?ec ? * btst 236, ?\(0*8000 <[^>]*>\) +0*188 fe ?82 ?20 ?40 ?a1 ? * btst 161, ?\(0*4020 <[^>]*>\) +0*18d fe ?82 ?80 ?01 ?fe ? * btst 254, ?\(0*0180 <[^>]*>\) +0*192 fe ?82 ?ff ?7f ?00 ? * btst 0, ?\(0*7fff <[^>]*>\) +0*197 fe ?82 ?34 ?12 ?7f ? * btst 127, ?\(0*1234 <[^>]*>\) +0*19c fe ?82 ?01 ?80 ?18 ? * btst 24, ?\(0*8001 <[^>]*>\) +0*1a1 fe ?82 ?20 ?c0 ?e5 ? * btst 229, ?\(0*c020 <[^>]*>\) +0*1a6 fe ?82 ?65 ?87 ?68 ? * btst 104, ?\(0*8765 <[^>]*>\) +0*1ab fe ?82 ?00 ?80 ?01 ? * btst 1, ?\(0*8000 <[^>]*>\) +# fmovs: +0*1b0 f9 ?21 ?d7 ? * fmov \(d1\), ?fs23 +0*1b3 f9 ?21 ?e1 ? * fmov \(d2\), ?fs17 +0*1b6 f9 ?21 ?82 ? * fmov \(a0\), ?fs18 +0*1b9 f9 ?20 ?fc ? * fmov \(d3\), ?fs12 +0*1bc f9 ?21 ?93 ? * fmov \(a1\), ?fs19 +0*1bf f9 ?20 ?ad ? * fmov \(a2\), ?fs13 +0*1c2 f9 ?20 ?4e ? * fmov \(r4\), ?fs14 +0*1c5 f9 ?20 ?b8 ? * fmov \(a3\), ?fs8 +0*1c8 f9 ?20 ?5f ? * fmov \(r5\), ?fs15 +0*1cb f9 ?20 ?69 ? * fmov \(r6\), ?fs9 +0*1ce f9 ?20 ?0a ? * fmov \(r0\), ?fs10 +0*1d1 f9 ?22 ?74 ? * fmov \(r7\+\), ?fs4 +0*1d4 f9 ?22 ?1b ? * fmov \(r1\+\), ?fs11 +0*1d7 f9 ?22 ?25 ? * fmov \(r2\+\), ?fs5 +0*1da f9 ?22 ?c6 ? * fmov \(d0\+\), ?fs6 +0*1dd f9 ?22 ?30 ? * fmov \(r3\+\), ?fs0 +0*1e0 f9 ?22 ?d7 ? * fmov \(d1\+\), ?fs7 +0*1e3 f9 ?22 ?e1 ? * fmov \(d2\+\), ?fs1 +0*1e6 f9 ?22 ?82 ? * fmov \(a0\+\), ?fs2 +0*1e9 f9 ?23 ?fc ? * fmov \(d3\+\), ?fs28 +0*1ec f9 ?22 ?93 ? * fmov \(a1\+\), ?fs3 +0*1ef f9 ?23 ?ad ? * fmov \(a2\+\), ?fs29 +0*1f2 f9 ?24 ?04 ? * fmov \(sp\), ?fs4 +0*1f5 f9 ?25 ?0e ? * fmov \(sp\), ?fs30 +0*1f8 f9 ?25 ?01 ? * fmov \(sp\), ?fs17 +0*1fb f9 ?24 ?0b ? * fmov \(sp\), ?fs11 +0*1fe f9 ?25 ?08 ? * fmov \(sp\), ?fs24 +0*201 f9 ?25 ?02 ? * fmov \(sp\), ?fs18 +0*204 f9 ?24 ?05 ? * fmov \(sp\), ?fs5 +0*207 f9 ?25 ?0f ? * fmov \(sp\), ?fs31 +0*20a f9 ?24 ?0c ? * fmov \(sp\), ?fs12 +0*20d f9 ?24 ?06 ? * fmov \(sp\), ?fs6 +0*210 f9 ?25 ?09 ? * fmov \(sp\), ?fs25 +0*213 f9 ?26 ?30 ? * fmov r3, ?fs0 +0*216 f9 ?26 ?d7 ? * fmov d1, ?fs7 +0*219 f9 ?26 ?e1 ? * fmov d2, ?fs1 +0*21c f9 ?26 ?82 ? * fmov a0, ?fs2 +0*21f f9 ?27 ?fc ? * fmov d3, ?fs28 +0*222 f9 ?26 ?93 ? * fmov a1, ?fs3 +0*225 f9 ?27 ?ad ? * fmov a2, ?fs29 +0*228 f9 ?27 ?4e ? * fmov r4, ?fs30 +0*22b f9 ?27 ?b8 ? * fmov a3, ?fs24 +0*22e f9 ?27 ?5f ? * fmov r5, ?fs31 +0*231 f9 ?27 ?69 ? * fmov r6, ?fs25 +0*234 f9 ?30 ?0a ? * fmov fs0, ?\(a2\) +0*237 f9 ?30 ?74 ? * fmov fs7, ?\(r4\) +0*23a f9 ?30 ?1b ? * fmov fs1, ?\(a3\) +0*23d f9 ?30 ?25 ? * fmov fs2, ?\(r5\) +0*240 f9 ?32 ?c6 ? * fmov fs28, ?\(r6\) +0*243 f9 ?30 ?30 ? * fmov fs3, ?\(r0\) +0*246 f9 ?32 ?d7 ? * fmov fs29, ?\(r7\) +0*249 f9 ?32 ?e1 ? * fmov fs30, ?\(r1\) +0*24c f9 ?32 ?82 ? * fmov fs24, ?\(r2\) +0*24f f9 ?32 ?fc ? * fmov fs31, ?\(d0\) +0*252 f9 ?32 ?93 ? * fmov fs25, ?\(r3\) +0*255 f9 ?33 ?ad ? * fmov fs26, ?\(d1\+\) +0*258 f9 ?33 ?4e ? * fmov fs20, ?\(d2\+\) +0*25b f9 ?33 ?b8 ? * fmov fs27, ?\(a0\+\) +0*25e f9 ?33 ?5f ? * fmov fs21, ?\(d3\+\) +0*261 f9 ?33 ?69 ? * fmov fs22, ?\(a1\+\) +0*264 f9 ?33 ?0a ? * fmov fs16, ?\(a2\+\) +0*267 f9 ?33 ?74 ? * fmov fs23, ?\(r4\+\) +0*26a f9 ?33 ?1b ? * fmov fs17, ?\(a3\+\) +0*26d f9 ?33 ?25 ? * fmov fs18, ?\(r5\+\) +0*270 f9 ?31 ?c6 ? * fmov fs12, ?\(r6\+\) +0*273 f9 ?33 ?30 ? * fmov fs19, ?\(r0\+\) +0*276 f9 ?34 ?d0 ? * fmov fs13, ?\(sp\) +0*279 f9 ?34 ?70 ? * fmov fs7, ?\(sp\) +0*27c f9 ?36 ?40 ? * fmov fs20, ?\(sp\) +0*27f f9 ?34 ?e0 ? * fmov fs14, ?\(sp\) +0*282 f9 ?34 ?10 ? * fmov fs1, ?\(sp\) +0*285 f9 ?36 ?b0 ? * fmov fs27, ?\(sp\) +0*288 f9 ?34 ?80 ? * fmov fs8, ?\(sp\) +0*28b f9 ?34 ?20 ? * fmov fs2, ?\(sp\) +0*28e f9 ?36 ?50 ? * fmov fs21, ?\(sp\) +0*291 f9 ?34 ?f0 ? * fmov fs15, ?\(sp\) +0*294 f9 ?36 ?c0 ? * fmov fs28, ?\(sp\) +0*297 f9 ?37 ?69 ? * fmov fs22, ?a1 +0*29a f9 ?37 ?0a ? * fmov fs16, ?a2 +0*29d f9 ?37 ?74 ? * fmov fs23, ?r4 +0*2a0 f9 ?37 ?1b ? * fmov fs17, ?a3 +0*2a3 f9 ?37 ?25 ? * fmov fs18, ?r5 +0*2a6 f9 ?35 ?c6 ? * fmov fs12, ?r6 +0*2a9 f9 ?37 ?30 ? * fmov fs19, ?r0 +0*2ac f9 ?35 ?d7 ? * fmov fs13, ?r7 +0*2af f9 ?35 ?e1 ? * fmov fs14, ?r1 +0*2b2 f9 ?35 ?82 ? * fmov fs8, ?r2 +0*2b5 f9 ?35 ?fc ? * fmov fs15, ?d0 +0*2b8 f9 ?40 ?93 ? * fmov fs9, ?fs3 +0*2bb f9 ?41 ?ad ? * fmov fs10, ?fs29 +0*2be f9 ?41 ?4e ? * fmov fs4, ?fs30 +0*2c1 f9 ?41 ?b8 ? * fmov fs11, ?fs24 +0*2c4 f9 ?41 ?5f ? * fmov fs5, ?fs31 +0*2c7 f9 ?41 ?69 ? * fmov fs6, ?fs25 +0*2ca f9 ?41 ?0a ? * fmov fs0, ?fs26 +0*2cd f9 ?41 ?74 ? * fmov fs7, ?fs20 +0*2d0 f9 ?41 ?1b ? * fmov fs1, ?fs27 +0*2d3 f9 ?41 ?25 ? * fmov fs2, ?fs21 +0*2d6 f9 ?43 ?c6 ? * fmov fs28, ?fs22 +0*2d9 fb ?20 ?0a ?01 ? * fmov \(1, ?r0\), ?fs10 +0*2dd fb ?20 ?74 ?80 ? * fmov \(-128, ?r7\), ?fs4 +0*2e1 fb ?20 ?1b ?20 ? * fmov \(32, ?r1\), ?fs11 +0*2e5 fb ?20 ?25 ?49 ? * fmov \(73, ?r2\), ?fs5 +0*2e9 fb ?20 ?c6 ?21 ? * fmov \(33, ?d0\), ?fs6 +0*2ed fb ?20 ?30 ?bb ? * fmov \(-69, ?r3\), ?fs0 +0*2f1 fb ?20 ?d7 ?ff ? * fmov \(-1, ?d1\), ?fs7 +0*2f5 fb ?20 ?e1 ?e0 ? * fmov \(-32, ?d2\), ?fs1 +0*2f9 fb ?20 ?82 ?ec ? * fmov \(-20, ?a0\), ?fs2 +0*2fd fb ?21 ?fc ?a1 ? * fmov \(-95, ?d3\), ?fs28 +0*301 fb ?20 ?93 ?fe ? * fmov \(-2, ?a1\), ?fs3 +0*305 fb ?23 ?0d ?ff ? * fmov \(r0\+, ?-1\), ?fs29 +0*309 fb ?23 ?7e ?e0 ? * fmov \(r7\+, ?-32\), ?fs30 +0*30d fb ?23 ?18 ?ec ? * fmov \(r1\+, ?-20\), ?fs24 +0*311 fb ?23 ?2f ?a1 ? * fmov \(r2\+, ?-95\), ?fs31 +0*315 fb ?23 ?c9 ?fe ? * fmov \(d0\+, ?-2\), ?fs25 +0*319 fb ?23 ?3a ?00 ? * fmov \(r3\+, ?0\), ?fs26 +0*31d fb ?23 ?d4 ?7f ? * fmov \(d1\+, ?127\), ?fs20 +0*321 fb ?23 ?eb ?18 ? * fmov \(d2\+, ?24\), ?fs27 +0*325 fb ?23 ?85 ?e5 ? * fmov \(a0\+, ?-27\), ?fs21 +0*329 fb ?23 ?f6 ?68 ? * fmov \(d3\+, ?104\), ?fs22 +0*32d fb ?23 ?90 ?01 ? * fmov \(a1\+, ?1\), ?fs16 +0*331 fb ?25 ?0d ?ff ? * fmov \(255, ?sp\), ?fs29 +0*335 fb ?25 ?0e ?e0 ? * fmov \(224, ?sp\), ?fs30 +0*339 fb ?25 ?08 ?ec ? * fmov \(236, ?sp\), ?fs24 +0*33d fb ?25 ?0f ?a1 ? * fmov \(161, ?sp\), ?fs31 +0*341 fb ?25 ?09 ?fe ? * fmov \(254, ?sp\), ?fs25 +0*345 fb ?25 ?0a ?00 ? * fmov \(0, ?sp\), ?fs26 +0*349 fb ?25 ?04 ?7f ? * fmov \(127, ?sp\), ?fs20 +0*34d fb ?25 ?0b ?18 ? * fmov \(24, ?sp\), ?fs27 +0*351 fb ?25 ?05 ?e5 ? * fmov \(229, ?sp\), ?fs21 +0*355 fb ?25 ?06 ?68 ? * fmov \(104, ?sp\), ?fs22 +0*359 fb ?25 ?00 ?01 ? * fmov \(1, ?sp\), ?fs16 +0*35d fb ?27 ?d7 ?40 ? * fmov \(d1, ?r7\), ?fs4 +0*361 fb ?27 ?e1 ?b0 ? * fmov \(d2, ?r1\), ?fs11 +0*365 fb ?27 ?82 ?50 ? * fmov \(a0, ?r2\), ?fs5 +0*369 fb ?27 ?fc ?60 ? * fmov \(d3, ?d0\), ?fs6 +0*36d fb ?27 ?93 ?00 ? * fmov \(a1, ?r3\), ?fs0 +0*371 fb ?27 ?ad ?70 ? * fmov \(a2, ?d1\), ?fs7 +0*375 fb ?27 ?4e ?10 ? * fmov \(r4, ?d2\), ?fs1 +0*379 fb ?27 ?b8 ?20 ? * fmov \(a3, ?a0\), ?fs2 +0*37d fb ?27 ?5f ?c2 ? * fmov \(r5, ?d3\), ?fs28 +0*381 fb ?27 ?69 ?30 ? * fmov \(r6, ?a1\), ?fs3 +0*385 fb ?27 ?0a ?d2 ? * fmov \(r0, ?a2\), ?fs29 +0*389 fb ?32 ?7e ?e0 ? * fmov fs23, ?\(-32, ?d2\) +0*38d fb ?32 ?18 ?ec ? * fmov fs17, ?\(-20, ?a0\) +0*391 fb ?32 ?2f ?a1 ? * fmov fs18, ?\(-95, ?d3\) +0*395 fb ?30 ?c9 ?fe ? * fmov fs12, ?\(-2, ?a1\) +0*399 fb ?32 ?3a ?00 ? * fmov fs19, ?\(0, ?a2\) +0*39d fb ?30 ?d4 ?7f ? * fmov fs13, ?\(127, ?r4\) +0*3a1 fb ?30 ?eb ?18 ? * fmov fs14, ?\(24, ?a3\) +0*3a5 fb ?30 ?85 ?e5 ? * fmov fs8, ?\(-27, ?r5\) +0*3a9 fb ?30 ?f6 ?68 ? * fmov fs15, ?\(104, ?r6\) +0*3ad fb ?30 ?90 ?01 ? * fmov fs9, ?\(1, ?r0\) +0*3b1 fb ?30 ?a7 ?80 ? * fmov fs10, ?\(-128, ?r7\) +0*3b5 fb ?31 ?4e ?18 ? * fmov fs4, ?\(d2\+, ?24\) +0*3b9 fb ?31 ?b8 ?e5 ? * fmov fs11, ?\(a0\+, ?-27\) +0*3bd fb ?31 ?5f ?68 ? * fmov fs5, ?\(d3\+, ?104\) +0*3c1 fb ?31 ?69 ?01 ? * fmov fs6, ?\(a1\+, ?1\) +0*3c5 fb ?31 ?0a ?80 ? * fmov fs0, ?\(a2\+, ?-128\) +0*3c9 fb ?31 ?74 ?20 ? * fmov fs7, ?\(r4\+, ?32\) +0*3cd fb ?31 ?1b ?49 ? * fmov fs1, ?\(a3\+, ?73\) +0*3d1 fb ?31 ?25 ?21 ? * fmov fs2, ?\(r5\+, ?33\) +0*3d5 fb ?33 ?c6 ?bb ? * fmov fs28, ?\(r6\+, ?-69\) +0*3d9 fb ?31 ?30 ?ff ? * fmov fs3, ?\(r0\+, ?-1\) +0*3dd fb ?33 ?d7 ?e0 ? * fmov fs29, ?\(r7\+, ?-32\) +0*3e1 fb ?36 ?e0 ?18 ? * fmov fs30, ?\(24, ?sp\) +0*3e5 fb ?36 ?80 ?e5 ? * fmov fs24, ?\(229, ?sp\) +0*3e9 fb ?36 ?f0 ?68 ? * fmov fs31, ?\(104, ?sp\) +0*3ed fb ?36 ?90 ?01 ? * fmov fs25, ?\(1, ?sp\) +0*3f1 fb ?36 ?a0 ?80 ? * fmov fs26, ?\(128, ?sp\) +0*3f5 fb ?36 ?40 ?20 ? * fmov fs20, ?\(32, ?sp\) +0*3f9 fb ?36 ?b0 ?49 ? * fmov fs27, ?\(73, ?sp\) +0*3fd fb ?36 ?50 ?21 ? * fmov fs21, ?\(33, ?sp\) +0*401 fb ?36 ?60 ?bb ? * fmov fs22, ?\(187, ?sp\) +0*405 fb ?36 ?00 ?ff ? * fmov fs16, ?\(255, ?sp\) +0*409 fb ?36 ?70 ?e0 ? * fmov fs23, ?\(224, ?sp\) +0*40d fb ?37 ?b8 ?12 ? * fmov fs17, ?\(a3, ?a0\) +0*411 fb ?37 ?5f ?22 ? * fmov fs18, ?\(r5, ?d3\) +0*415 fb ?37 ?69 ?c0 ? * fmov fs12, ?\(r6, ?a1\) +0*419 fb ?37 ?0a ?32 ? * fmov fs19, ?\(r0, ?a2\) +0*41d fb ?37 ?74 ?d0 ? * fmov fs13, ?\(r7, ?r4\) +0*421 fb ?37 ?1b ?e0 ? * fmov fs14, ?\(r1, ?a3\) +0*425 fb ?37 ?25 ?80 ? * fmov fs8, ?\(r2, ?r5\) +0*429 fb ?37 ?c6 ?f0 ? * fmov fs15, ?\(d0, ?r6\) +0*42d fb ?37 ?30 ?90 ? * fmov fs9, ?\(r3, ?r0\) +0*431 fb ?37 ?d7 ?a0 ? * fmov fs10, ?\(d1, ?r7\) +0*435 fb ?37 ?e1 ?40 ? * fmov fs4, ?\(d2, ?r1\) +0*439 fd ?21 ?82 ?01 ?ff ?80 ? * fmov \(-8323327, ?a0\), ?fs18 +0*43f fd ?20 ?fc ?10 ?20 ?c0 ? * fmov \(-4186096, ?d3\), ?fs12 +0*445 fd ?21 ?93 ?43 ?65 ?87 ? * fmov \(-7903933, ?a1\), ?fs19 +0*44b fd ?20 ?ad ?00 ?00 ?80 ? * fmov \(-8388608, ?a2\), ?fs13 +0*451 fd ?20 ?4e ?10 ?20 ?40 ? * fmov \(4202512, ?r4\), ?fs14 +0*457 fd ?20 ?b8 ?80 ?ff ?01 ? * fmov \(130944, ?a3\), ?fs8 +0*45d fd ?20 ?5f ?00 ?00 ?40 ? * fmov \(4194304, ?r5\), ?fs15 +0*463 fd ?20 ?69 ?56 ?34 ?12 ? * fmov \(1193046, ?r6\), ?fs9 +0*469 fd ?20 ?0a ?01 ?ff ?80 ? * fmov \(-8323327, ?r0\), ?fs10 +0*46f fd ?20 ?74 ?10 ?20 ?c0 ? * fmov \(-4186096, ?r7\), ?fs4 +0*475 fd ?20 ?1b ?43 ?65 ?87 ? * fmov \(-7903933, ?r1\), ?fs11 +0*47b fd ?22 ?85 ?00 ?00 ?40 ? * fmov \(a0\+, ?4194304\), ?fs5 +0*481 fd ?22 ?f6 ?56 ?34 ?12 ? * fmov \(d3\+, ?1193046\), ?fs6 +0*487 fd ?22 ?90 ?01 ?ff ?80 ? * fmov \(a1\+, ?-8323327\), ?fs0 +0*48d fd ?22 ?a7 ?10 ?20 ?c0 ? * fmov \(a2\+, ?-4186096\), ?fs7 +0*493 fd ?22 ?41 ?43 ?65 ?87 ? * fmov \(r4\+, ?-7903933\), ?fs1 +0*499 fd ?22 ?b2 ?00 ?00 ?80 ? * fmov \(a3\+, ?-8388608\), ?fs2 +0*49f fd ?23 ?5c ?10 ?20 ?40 ? * fmov \(r5\+, ?4202512\), ?fs28 +0*4a5 fd ?22 ?63 ?80 ?ff ?01 ? * fmov \(r6\+, ?130944\), ?fs3 +0*4ab fd ?23 ?0d ?00 ?00 ?40 ? * fmov \(r0\+, ?4194304\), ?fs29 +0*4b1 fd ?23 ?7e ?56 ?34 ?12 ? * fmov \(r7\+, ?1193046\), ?fs30 +0*4b7 fd ?23 ?18 ?01 ?ff ?80 ? * fmov \(r1\+, ?-8323327\), ?fs24 +0*4bd fd ?24 ?05 ?00 ?00 ?40 ? * fmov \(4194304, ?sp\), ?fs5 +0*4c3 fd ?24 ?06 ?56 ?34 ?12 ? * fmov \(1193046, ?sp\), ?fs6 +0*4c9 fd ?24 ?00 ?01 ?ff ?80 ? * fmov \(8453889, ?sp\), ?fs0 +0*4cf fd ?24 ?07 ?10 ?20 ?c0 ? * fmov \(12591120, ?sp\), ?fs7 +0*4d5 fd ?24 ?01 ?43 ?65 ?87 ? * fmov \(8873283, ?sp\), ?fs1 +0*4db fd ?24 ?02 ?00 ?00 ?80 ? * fmov \(8388608, ?sp\), ?fs2 +0*4e1 fd ?25 ?0c ?10 ?20 ?40 ? * fmov \(4202512, ?sp\), ?fs28 +0*4e7 fd ?24 ?03 ?80 ?ff ?01 ? * fmov \(130944, ?sp\), ?fs3 +0*4ed fd ?25 ?0d ?00 ?00 ?40 ? * fmov \(4194304, ?sp\), ?fs29 +0*4f3 fd ?25 ?0e ?56 ?34 ?12 ? * fmov \(1193046, ?sp\), ?fs30 +0*4f9 fd ?25 ?08 ?01 ?ff ?80 ? * fmov \(8453889, ?sp\), ?fs24 +0*4ff fd ?30 ?5c ?10 ?20 ?40 ? * fmov fs5, ?\(4202512, ?d0\) +0*505 fd ?30 ?63 ?80 ?ff ?01 ? * fmov fs6, ?\(130944, ?r3\) +0*50b fd ?30 ?0d ?00 ?00 ?40 ? * fmov fs0, ?\(4194304, ?d1\) +0*511 fd ?30 ?7e ?56 ?34 ?12 ? * fmov fs7, ?\(1193046, ?d2\) +0*517 fd ?30 ?18 ?01 ?ff ?80 ? * fmov fs1, ?\(-8323327, ?a0\) +0*51d fd ?30 ?2f ?10 ?20 ?c0 ? * fmov fs2, ?\(-4186096, ?d3\) +0*523 fd ?32 ?c9 ?43 ?65 ?87 ? * fmov fs28, ?\(-7903933, ?a1\) +0*529 fd ?30 ?3a ?00 ?00 ?80 ? * fmov fs3, ?\(-8388608, ?a2\) +0*52f fd ?32 ?d4 ?10 ?20 ?40 ? * fmov fs29, ?\(4202512, ?r4\) +0*535 fd ?32 ?eb ?80 ?ff ?01 ? * fmov fs30, ?\(130944, ?a3\) +0*53b fd ?32 ?85 ?00 ?00 ?40 ? * fmov fs24, ?\(4194304, ?r5\) +0*541 fd ?33 ?fc ?43 ?65 ?87 ? * fmov fs31, ?\(d0\+, ?-7903933\) +0*547 fd ?33 ?93 ?00 ?00 ?80 ? * fmov fs25, ?\(r3\+, ?-8388608\) +0*54d fd ?33 ?ad ?10 ?20 ?40 ? * fmov fs26, ?\(d1\+, ?4202512\) +0*553 fd ?33 ?4e ?80 ?ff ?01 ? * fmov fs20, ?\(d2\+, ?130944\) +0*559 fd ?33 ?b8 ?00 ?00 ?40 ? * fmov fs27, ?\(a0\+, ?4194304\) +0*55f fd ?33 ?5f ?56 ?34 ?12 ? * fmov fs21, ?\(d3\+, ?1193046\) +0*565 fd ?33 ?69 ?01 ?ff ?80 ? * fmov fs22, ?\(a1\+, ?-8323327\) +0*56b fd ?33 ?0a ?10 ?20 ?c0 ? * fmov fs16, ?\(a2\+, ?-4186096\) +0*571 fd ?33 ?74 ?43 ?65 ?87 ? * fmov fs23, ?\(r4\+, ?-7903933\) +0*577 fd ?33 ?1b ?00 ?00 ?80 ? * fmov fs17, ?\(a3\+, ?-8388608\) +0*57d fd ?33 ?25 ?10 ?20 ?40 ? * fmov fs18, ?\(r5\+, ?4202512\) +0*583 fd ?34 ?c0 ?43 ?65 ?87 ? * fmov fs12, ?\(8873283, ?sp\) +0*589 fd ?36 ?30 ?00 ?00 ?80 ? * fmov fs19, ?\(8388608, ?sp\) +0*58f fd ?34 ?d0 ?10 ?20 ?40 ? * fmov fs13, ?\(4202512, ?sp\) +0*595 fd ?34 ?e0 ?80 ?ff ?01 ? * fmov fs14, ?\(130944, ?sp\) +0*59b fd ?34 ?80 ?00 ?00 ?40 ? * fmov fs8, ?\(4194304, ?sp\) +0*5a1 fd ?34 ?f0 ?56 ?34 ?12 ? * fmov fs15, ?\(1193046, ?sp\) +0*5a7 fd ?34 ?90 ?01 ?ff ?80 ? * fmov fs9, ?\(8453889, ?sp\) +0*5ad fd ?34 ?a0 ?10 ?20 ?c0 ? * fmov fs10, ?\(12591120, ?sp\) +0*5b3 fd ?34 ?40 ?43 ?65 ?87 ? * fmov fs4, ?\(8873283, ?sp\) +0*5b9 fd ?34 ?b0 ?00 ?00 ?80 ? * fmov fs11, ?\(8388608, ?sp\) +0*5bf fd ?34 ?50 ?10 ?20 ?40 ? * fmov fs5, ?\(4202512, ?sp\) +0*5c5 fe ?21 ?93 ?21 ?43 ?65 ?87 ? * fmov \(-2023406815, ?a1\), ?fs19 +0*5cc fe ?20 ?ad ?00 ?00 ?00 ?80 ? * fmov \(-2147483648, ?a2\), ?fs13 +0*5d3 fe ?20 ?4e ?08 ?10 ?20 ?40 ? * fmov \(1075843080, ?r4\), ?fs14 +0*5da fe ?20 ?b8 ?80 ?ff ?ff ?01 ? * fmov \(33554304, ?a3\), ?fs8 +0*5e1 fe ?20 ?5f ?00 ?00 ?00 ?40 ? * fmov \(1073741824, ?r5\), ?fs15 +0*5e8 fe ?20 ?69 ?78 ?56 ?34 ?12 ? * fmov \(305419896, ?r6\), ?fs9 +0*5ef fe ?20 ?0a ?01 ?ff ?ff ?80 ? * fmov \(-2130706687, ?r0\), ?fs10 +0*5f6 fe ?20 ?74 ?08 ?10 ?20 ?c0 ? * fmov \(-1071640568, ?r7\), ?fs4 +0*5fd fe ?20 ?1b ?21 ?43 ?65 ?87 ? * fmov \(-2023406815, ?r1\), ?fs11 +0*604 fe ?20 ?25 ?00 ?00 ?00 ?80 ? * fmov \(-2147483648, ?r2\), ?fs5 +0*60b fe ?20 ?c6 ?08 ?10 ?20 ?40 ? * fmov \(1075843080, ?d0\), ?fs6 +0*612 fe ?22 ?90 ?01 ?ff ?ff ?80 ? * fmov \(a1\+, ?-2130706687\), ?fs0 +0*619 fe ?22 ?a7 ?08 ?10 ?20 ?c0 ? * fmov \(a2\+, ?-1071640568\), ?fs7 +0*620 fe ?22 ?41 ?21 ?43 ?65 ?87 ? * fmov \(r4\+, ?-2023406815\), ?fs1 +0*627 fe ?22 ?b2 ?00 ?00 ?00 ?80 ? * fmov \(a3\+, ?-2147483648\), ?fs2 +0*62e fe ?23 ?5c ?08 ?10 ?20 ?40 ? * fmov \(r5\+, ?1075843080\), ?fs28 +0*635 fe ?22 ?63 ?80 ?ff ?ff ?01 ? * fmov \(r6\+, ?33554304\), ?fs3 +0*63c fe ?23 ?0d ?00 ?00 ?00 ?40 ? * fmov \(r0\+, ?1073741824\), ?fs29 +0*643 fe ?23 ?7e ?78 ?56 ?34 ?12 ? * fmov \(r7\+, ?305419896\), ?fs30 +0*64a fe ?23 ?18 ?01 ?ff ?ff ?80 ? * fmov \(r1\+, ?-2130706687\), ?fs24 +0*651 fe ?23 ?2f ?08 ?10 ?20 ?c0 ? * fmov \(r2\+, ?-1071640568\), ?fs31 +0*658 fe ?23 ?c9 ?21 ?43 ?65 ?87 ? * fmov \(d0\+, ?-2023406815\), ?fs25 +0*65f fe ?24 ?00 ?01 ?ff ?ff ?80 ? * fmov \(-2130706687, ?sp\), ?fs0 +0*666 fe ?24 ?07 ?08 ?10 ?20 ?c0 ? * fmov \(-1071640568, ?sp\), ?fs7 +0*66d fe ?24 ?01 ?21 ?43 ?65 ?87 ? * fmov \(-2023406815, ?sp\), ?fs1 +0*674 fe ?24 ?02 ?00 ?00 ?00 ?80 ? * fmov \(-2147483648, ?sp\), ?fs2 +0*67b fe ?25 ?0c ?08 ?10 ?20 ?40 ? * fmov \(1075843080, ?sp\), ?fs28 +0*682 fe ?24 ?03 ?80 ?ff ?ff ?01 ? * fmov \(33554304, ?sp\), ?fs3 +0*689 fe ?25 ?0d ?00 ?00 ?00 ?40 ? * fmov \(1073741824, ?sp\), ?fs29 +0*690 fe ?25 ?0e ?78 ?56 ?34 ?12 ? * fmov \(305419896, ?sp\), ?fs30 +0*697 fe ?25 ?08 ?01 ?ff ?ff ?80 ? * fmov \(-2130706687, ?sp\), ?fs24 +0*69e fe ?25 ?0f ?08 ?10 ?20 ?c0 ? * fmov \(-1071640568, ?sp\), ?fs31 +0*6a5 fe ?25 ?09 ?21 ?43 ?65 ?87 ? * fmov \(-2023406815, ?sp\), ?fs25 +0*6ac fe ?27 ?0a ?00 ?00 ?00 ?80 ? * fmov -2147483648, ?fs26 +0*6b3 fe ?27 ?04 ?08 ?10 ?20 ?40 ? * fmov 1075843080, ?fs20 +0*6ba fe ?27 ?0b ?80 ?ff ?ff ?01 ? * fmov 33554304, ?fs27 +0*6c1 fe ?27 ?05 ?00 ?00 ?00 ?40 ? * fmov 1073741824, ?fs21 +0*6c8 fe ?27 ?06 ?78 ?56 ?34 ?12 ? * fmov 305419896, ?fs22 +0*6cf fe ?27 ?00 ?01 ?ff ?ff ?80 ? * fmov -2130706687, ?fs16 +0*6d6 fe ?27 ?07 ?08 ?10 ?20 ?c0 ? * fmov -1071640568, ?fs23 +0*6dd fe ?27 ?01 ?21 ?43 ?65 ?87 ? * fmov -2023406815, ?fs17 +0*6e4 fe ?27 ?02 ?00 ?00 ?00 ?80 ? * fmov -2147483648, ?fs18 +0*6eb fe ?26 ?0c ?08 ?10 ?20 ?40 ? * fmov 1075843080, ?fs12 +0*6f2 fe ?27 ?03 ?80 ?ff ?ff ?01 ? * fmov 33554304, ?fs19 +0*6f9 fe ?32 ?a7 ?08 ?10 ?20 ?c0 ? * fmov fs26, ?\(-1071640568, ?r7\) +0*700 fe ?32 ?41 ?21 ?43 ?65 ?87 ? * fmov fs20, ?\(-2023406815, ?r1\) +0*707 fe ?32 ?b2 ?00 ?00 ?00 ?80 ? * fmov fs27, ?\(-2147483648, ?r2\) +0*70e fe ?32 ?5c ?08 ?10 ?20 ?40 ? * fmov fs21, ?\(1075843080, ?d0\) +0*715 fe ?32 ?63 ?80 ?ff ?ff ?01 ? * fmov fs22, ?\(33554304, ?r3\) +0*71c fe ?32 ?0d ?00 ?00 ?00 ?40 ? * fmov fs16, ?\(1073741824, ?d1\) +0*723 fe ?32 ?7e ?78 ?56 ?34 ?12 ? * fmov fs23, ?\(305419896, ?d2\) +0*72a fe ?32 ?18 ?01 ?ff ?ff ?80 ? * fmov fs17, ?\(-2130706687, ?a0\) +0*731 fe ?32 ?2f ?08 ?10 ?20 ?c0 ? * fmov fs18, ?\(-1071640568, ?d3\) +0*738 fe ?30 ?c9 ?21 ?43 ?65 ?87 ? * fmov fs12, ?\(-2023406815, ?a1\) +0*73f fe ?32 ?3a ?00 ?00 ?00 ?80 ? * fmov fs19, ?\(-2147483648, ?a2\) +0*746 fe ?31 ?d7 ?78 ?56 ?34 ?12 ? * fmov fs13, ?\(r7\+, ?305419896\) +0*74d fe ?31 ?e1 ?01 ?ff ?ff ?80 ? * fmov fs14, ?\(r1\+, ?-2130706687\) +0*754 fe ?31 ?82 ?08 ?10 ?20 ?c0 ? * fmov fs8, ?\(r2\+, ?-1071640568\) +0*75b fe ?31 ?fc ?21 ?43 ?65 ?87 ? * fmov fs15, ?\(d0\+, ?-2023406815\) +0*762 fe ?31 ?93 ?00 ?00 ?00 ?80 ? * fmov fs9, ?\(r3\+, ?-2147483648\) +0*769 fe ?31 ?ad ?08 ?10 ?20 ?40 ? * fmov fs10, ?\(d1\+, ?1075843080\) +0*770 fe ?31 ?4e ?80 ?ff ?ff ?01 ? * fmov fs4, ?\(d2\+, ?33554304\) +0*777 fe ?31 ?b8 ?00 ?00 ?00 ?40 ? * fmov fs11, ?\(a0\+, ?1073741824\) +0*77e fe ?31 ?5f ?78 ?56 ?34 ?12 ? * fmov fs5, ?\(d3\+, ?305419896\) +0*785 fe ?31 ?69 ?01 ?ff ?ff ?80 ? * fmov fs6, ?\(a1\+, ?-2130706687\) +0*78c fe ?31 ?0a ?08 ?10 ?20 ?c0 ? * fmov fs0, ?\(a2\+, ?-1071640568\) +0*793 fe ?34 ?70 ?78 ?56 ?34 ?12 ? * fmov fs7, ?\(305419896, ?sp\) +0*79a fe ?34 ?10 ?01 ?ff ?ff ?80 ? * fmov fs1, ?\(-2130706687, ?sp\) +0*7a1 fe ?34 ?20 ?08 ?10 ?20 ?c0 ? * fmov fs2, ?\(-1071640568, ?sp\) +0*7a8 fe ?36 ?c0 ?21 ?43 ?65 ?87 ? * fmov fs28, ?\(-2023406815, ?sp\) +0*7af fe ?34 ?30 ?00 ?00 ?00 ?80 ? * fmov fs3, ?\(-2147483648, ?sp\) +0*7b6 fe ?36 ?d0 ?08 ?10 ?20 ?40 ? * fmov fs29, ?\(1075843080, ?sp\) +0*7bd fe ?36 ?e0 ?80 ?ff ?ff ?01 ? * fmov fs30, ?\(33554304, ?sp\) +0*7c4 fe ?36 ?80 ?00 ?00 ?00 ?40 ? * fmov fs24, ?\(1073741824, ?sp\) +0*7cb fe ?36 ?f0 ?78 ?56 ?34 ?12 ? * fmov fs31, ?\(305419896, ?sp\) +0*7d2 fe ?36 ?90 ?01 ?ff ?ff ?80 ? * fmov fs25, ?\(-2130706687, ?sp\) +0*7d9 fe ?36 ?a0 ?08 ?10 ?20 ?c0 ? * fmov fs26, ?\(-1071640568, ?sp\) +# fmovd: +0*7e0 f9 ?a0 ?48 ? * fmov \(r4\), ?fd8 +0*7e3 f9 ?a1 ?b0 ? * fmov \(a3\), ?fd16 +0*7e6 f9 ?a0 ?54 ? * fmov \(r5\), ?fd4 +0*7e9 f9 ?a0 ?6c ? * fmov \(r6\), ?fd12 +0*7ec f9 ?a0 ?0e ? * fmov \(r0\), ?fd14 +0*7ef f9 ?a0 ?76 ? * fmov \(r7\), ?fd6 +0*7f2 f9 ?a0 ?12 ? * fmov \(r1\), ?fd2 +0*7f5 f9 ?a1 ?2a ? * fmov \(r2\), ?fd26 +0*7f8 f9 ?a0 ?c8 ? * fmov \(d0\), ?fd8 +0*7fb f9 ?a0 ?30 ? * fmov \(r3\), ?fd0 +0*7fe f9 ?a1 ?d4 ? * fmov \(d1\), ?fd20 +0*801 f9 ?a3 ?ec ? * fmov \(d2\+\), ?fd28 +0*804 f9 ?a3 ?8a ? * fmov \(a0\+\), ?fd26 +0*807 f9 ?a2 ?f2 ? * fmov \(d3\+\), ?fd2 +0*80a f9 ?a3 ?96 ? * fmov \(a1\+\), ?fd22 +0*80d f9 ?a2 ?aa ? * fmov \(a2\+\), ?fd10 +0*810 f9 ?a3 ?48 ? * fmov \(r4\+\), ?fd24 +0*813 f9 ?a3 ?b0 ? * fmov \(a3\+\), ?fd16 +0*816 f9 ?a2 ?5c ? * fmov \(r5\+\), ?fd12 +0*819 f9 ?a2 ?64 ? * fmov \(r6\+\), ?fd4 +0*81c f9 ?a2 ?0a ? * fmov \(r0\+\), ?fd10 +0*81f f9 ?a3 ?72 ? * fmov \(r7\+\), ?fd18 +0*822 f9 ?a5 ?0c ? * fmov \(sp\), ?fd28 +0*825 f9 ?a4 ?06 ? * fmov \(sp\), ?fd6 +0*828 f9 ?a5 ?00 ? * fmov \(sp\), ?fd16 +0*82b f9 ?a5 ?0a ? * fmov \(sp\), ?fd26 +0*82e f9 ?a4 ?0e ? * fmov \(sp\), ?fd14 +0*831 f9 ?a4 ?04 ? * fmov \(sp\), ?fd4 +0*834 f9 ?a4 ?02 ? * fmov \(sp\), ?fd2 +0*837 f9 ?a5 ?08 ? * fmov \(sp\), ?fd24 +0*83a f9 ?a4 ?0c ? * fmov \(sp\), ?fd12 +0*83d f9 ?a5 ?06 ? * fmov \(sp\), ?fd22 +0*840 f9 ?a4 ?00 ? * fmov \(sp\), ?fd0 +0*843 f9 ?b0 ?ed ? * fmov fd14, ?\(d1\) +0*846 f9 ?b0 ?6e ? * fmov fd6, ?\(d2\) +0*849 f9 ?b0 ?28 ? * fmov fd2, ?\(a0\) +0*84c f9 ?b2 ?af ? * fmov fd26, ?\(d3\) +0*84f f9 ?b0 ?89 ? * fmov fd8, ?\(a1\) +0*852 f9 ?b0 ?0a ? * fmov fd0, ?\(a2\) +0*855 f9 ?b2 ?44 ? * fmov fd20, ?\(r4\) +0*858 f9 ?b2 ?cb ? * fmov fd28, ?\(a3\) +0*85b f9 ?b2 ?a5 ? * fmov fd26, ?\(r5\) +0*85e f9 ?b0 ?26 ? * fmov fd2, ?\(r6\) +0*861 f9 ?b2 ?60 ? * fmov fd22, ?\(r0\) +0*864 f9 ?b1 ?a7 ? * fmov fd10, ?\(r7\+\) +0*867 f9 ?b3 ?81 ? * fmov fd24, ?\(r1\+\) +0*86a f9 ?b3 ?02 ? * fmov fd16, ?\(r2\+\) +0*86d f9 ?b1 ?cc ? * fmov fd12, ?\(d0\+\) +0*870 f9 ?b1 ?43 ? * fmov fd4, ?\(r3\+\) +0*873 f9 ?b1 ?ad ? * fmov fd10, ?\(d1\+\) +0*876 f9 ?b3 ?2e ? * fmov fd18, ?\(d2\+\) +0*879 f9 ?b1 ?68 ? * fmov fd6, ?\(a0\+\) +0*87c f9 ?b1 ?ef ? * fmov fd14, ?\(d3\+\) +0*87f f9 ?b3 ?89 ? * fmov fd24, ?\(a1\+\) +0*882 f9 ?b1 ?0a ? * fmov fd0, ?\(a2\+\) +0*885 f9 ?b6 ?c0 ? * fmov fd28, ?\(sp\) +0*888 f9 ?b4 ?60 ? * fmov fd6, ?\(sp\) +0*88b f9 ?b6 ?80 ? * fmov fd24, ?\(sp\) +0*88e f9 ?b6 ?40 ? * fmov fd20, ?\(sp\) +0*891 f9 ?b4 ?20 ? * fmov fd2, ?\(sp\) +0*894 f9 ?b6 ?00 ? * fmov fd16, ?\(sp\) +0*897 f9 ?b6 ?e0 ? * fmov fd30, ?\(sp\) +0*89a f9 ?b6 ?a0 ? * fmov fd26, ?\(sp\) +0*89d f9 ?b4 ?c0 ? * fmov fd12, ?\(sp\) +0*8a0 f9 ?b6 ?60 ? * fmov fd22, ?\(sp\) +0*8a3 f9 ?b4 ?80 ? * fmov fd8, ?\(sp\) +0*8a6 f9 ?c1 ?42 ? * fmov fd4, ?fd18 +0*8a9 f9 ?c1 ?ae ? * fmov fd10, ?fd30 +0*8ac f9 ?c2 ?28 ? * fmov fd18, ?fd8 +0*8af f9 ?c1 ?60 ? * fmov fd6, ?fd16 +0*8b2 f9 ?c0 ?e4 ? * fmov fd14, ?fd4 +0*8b5 f9 ?c2 ?8c ? * fmov fd24, ?fd12 +0*8b8 f9 ?c0 ?0e ? * fmov fd0, ?fd14 +0*8bb f9 ?c2 ?c6 ? * fmov fd28, ?fd6 +0*8be f9 ?c2 ?42 ? * fmov fd20, ?fd2 +0*8c1 f9 ?c3 ?ea ? * fmov fd30, ?fd26 +0*8c4 f9 ?c2 ?68 ? * fmov fd22, ?fd8 +0*8c7 fb ?47 ?30 ?a0 ? * fmov \(r3, ?r0\), ?fd10 +0*8cb fb ?47 ?d7 ?22 ? * fmov \(d1, ?r7\), ?fd18 +0*8cf fb ?47 ?e1 ?60 ? * fmov \(d2, ?r1\), ?fd6 +0*8d3 fb ?47 ?82 ?e0 ? * fmov \(a0, ?r2\), ?fd14 +0*8d7 fb ?47 ?fc ?82 ? * fmov \(d3, ?d0\), ?fd24 +0*8db fb ?47 ?93 ?00 ? * fmov \(a1, ?r3\), ?fd0 +0*8df fb ?47 ?ad ?c2 ? * fmov \(a2, ?d1\), ?fd28 +0*8e3 fb ?47 ?4e ?42 ? * fmov \(r4, ?d2\), ?fd20 +0*8e7 fb ?47 ?b8 ?e2 ? * fmov \(a3, ?a0\), ?fd30 +0*8eb fb ?47 ?5f ?62 ? * fmov \(r5, ?d3\), ?fd22 +0*8ef fb ?47 ?69 ?22 ? * fmov \(r6, ?a1\), ?fd18 +0*8f3 fb ?57 ?ad ?00 ? * fmov fd0, ?\(a2, ?d1\) +0*8f7 fb ?57 ?4e ?42 ? * fmov fd20, ?\(r4, ?d2\) +0*8fb fb ?57 ?b8 ?c2 ? * fmov fd28, ?\(a3, ?a0\) +0*8ff fb ?57 ?5f ?a2 ? * fmov fd26, ?\(r5, ?d3\) +0*903 fb ?57 ?69 ?20 ? * fmov fd2, ?\(r6, ?a1\) +0*907 fb ?57 ?0a ?62 ? * fmov fd22, ?\(r0, ?a2\) +0*90b fb ?57 ?74 ?a0 ? * fmov fd10, ?\(r7, ?r4\) +0*90f fb ?57 ?1b ?82 ? * fmov fd24, ?\(r1, ?a3\) +0*913 fb ?57 ?25 ?02 ? * fmov fd16, ?\(r2, ?r5\) +0*917 fb ?57 ?c6 ?c0 ? * fmov fd12, ?\(d0, ?r6\) +0*91b fb ?57 ?30 ?40 ? * fmov fd4, ?\(r3, ?r0\) +0*91f fb ?a1 ?d4 ?ff ? * fmov \(-1, ?d1\), ?fd20 +0*923 fb ?a1 ?ec ?e0 ? * fmov \(-32, ?d2\), ?fd28 +0*927 fb ?a1 ?8a ?ec ? * fmov \(-20, ?a0\), ?fd26 +0*92b fb ?a0 ?f2 ?a1 ? * fmov \(-95, ?d3\), ?fd2 +0*92f fb ?a1 ?96 ?fe ? * fmov \(-2, ?a1\), ?fd22 +0*933 fb ?a0 ?aa ?00 ? * fmov \(0, ?a2\), ?fd10 +0*937 fb ?a1 ?48 ?7f ? * fmov \(127, ?r4\), ?fd24 +0*93b fb ?a1 ?b0 ?18 ? * fmov \(24, ?a3\), ?fd16 +0*93f fb ?a0 ?5c ?e5 ? * fmov \(-27, ?r5\), ?fd12 +0*943 fb ?a0 ?64 ?68 ? * fmov \(104, ?r6\), ?fd4 +0*947 fb ?a0 ?0a ?01 ? * fmov \(1, ?r0\), ?fd10 +0*94b fb ?a3 ?d2 ?7f ? * fmov \(d1\+, ?127\), ?fd18 +0*94f fb ?a2 ?e6 ?18 ? * fmov \(d2\+, ?24\), ?fd6 +0*953 fb ?a2 ?8e ?e5 ? * fmov \(a0\+, ?-27\), ?fd14 +0*957 fb ?a3 ?f8 ?68 ? * fmov \(d3\+, ?104\), ?fd24 +0*95b fb ?a2 ?90 ?01 ? * fmov \(a1\+, ?1\), ?fd0 +0*95f fb ?a3 ?ac ?80 ? * fmov \(a2\+, ?-128\), ?fd28 +0*963 fb ?a3 ?44 ?20 ? * fmov \(r4\+, ?32\), ?fd20 +0*967 fb ?a3 ?be ?49 ? * fmov \(a3\+, ?73\), ?fd30 +0*96b fb ?a3 ?56 ?21 ? * fmov \(r5\+, ?33\), ?fd22 +0*96f fb ?a3 ?62 ?bb ? * fmov \(r6\+, ?-69\), ?fd18 +0*973 fb ?a3 ?0e ?ff ? * fmov \(r0\+, ?-1\), ?fd30 +0*977 fb ?a5 ?02 ?7f ? * fmov \(127, ?sp\), ?fd18 +0*97b fb ?a4 ?06 ?18 ? * fmov \(24, ?sp\), ?fd6 +0*97f fb ?a4 ?0e ?e5 ? * fmov \(229, ?sp\), ?fd14 +0*983 fb ?a5 ?08 ?68 ? * fmov \(104, ?sp\), ?fd24 +0*987 fb ?a4 ?00 ?01 ? * fmov \(1, ?sp\), ?fd0 +0*98b fb ?a5 ?0c ?80 ? * fmov \(128, ?sp\), ?fd28 +0*98f fb ?a5 ?04 ?20 ? * fmov \(32, ?sp\), ?fd20 +0*993 fb ?a5 ?0e ?49 ? * fmov \(73, ?sp\), ?fd30 +0*997 fb ?a5 ?06 ?21 ? * fmov \(33, ?sp\), ?fd22 +0*99b fb ?a5 ?02 ?bb ? * fmov \(187, ?sp\), ?fd18 +0*99f fb ?a5 ?0e ?ff ? * fmov \(255, ?sp\), ?fd30 +0*9a3 fb ?b2 ?21 ?20 ? * fmov fd18, ?\(32, ?r1\) +0*9a7 fb ?b0 ?62 ?49 ? * fmov fd6, ?\(73, ?r2\) +0*9ab fb ?b0 ?ec ?21 ? * fmov fd14, ?\(33, ?d0\) +0*9af fb ?b2 ?83 ?bb ? * fmov fd24, ?\(-69, ?r3\) +0*9b3 fb ?b0 ?0d ?ff ? * fmov fd0, ?\(-1, ?d1\) +0*9b7 fb ?b2 ?ce ?e0 ? * fmov fd28, ?\(-32, ?d2\) +0*9bb fb ?b2 ?48 ?ec ? * fmov fd20, ?\(-20, ?a0\) +0*9bf fb ?b2 ?ef ?a1 ? * fmov fd30, ?\(-95, ?d3\) +0*9c3 fb ?b2 ?69 ?fe ? * fmov fd22, ?\(-2, ?a1\) +0*9c7 fb ?b2 ?2a ?00 ? * fmov fd18, ?\(0, ?a2\) +0*9cb fb ?b2 ?e4 ?7f ? * fmov fd30, ?\(127, ?r4\) +0*9cf fb ?b1 ?81 ?ec ? * fmov fd8, ?\(r1\+, ?-20\) +0*9d3 fb ?b3 ?02 ?a1 ? * fmov fd16, ?\(r2\+, ?-95\) +0*9d7 fb ?b1 ?4c ?fe ? * fmov fd4, ?\(d0\+, ?-2\) +0*9db fb ?b1 ?c3 ?00 ? * fmov fd12, ?\(r3\+, ?0\) +0*9df fb ?b1 ?ed ?7f ? * fmov fd14, ?\(d1\+, ?127\) +0*9e3 fb ?b1 ?6e ?18 ? * fmov fd6, ?\(d2\+, ?24\) +0*9e7 fb ?b1 ?28 ?e5 ? * fmov fd2, ?\(a0\+, ?-27\) +0*9eb fb ?b3 ?af ?68 ? * fmov fd26, ?\(d3\+, ?104\) +0*9ef fb ?b1 ?89 ?01 ? * fmov fd8, ?\(a1\+, ?1\) +0*9f3 fb ?b1 ?0a ?80 ? * fmov fd0, ?\(a2\+, ?-128\) +0*9f7 fb ?b3 ?44 ?20 ? * fmov fd20, ?\(r4\+, ?32\) +0*9fb fb ?b6 ?c0 ?ec ? * fmov fd28, ?\(236, ?sp\) +0*9ff fb ?b6 ?a0 ?a1 ? * fmov fd26, ?\(161, ?sp\) +0*a03 fb ?b4 ?20 ?fe ? * fmov fd2, ?\(254, ?sp\) +0*a07 fb ?b6 ?60 ?00 ? * fmov fd22, ?\(0, ?sp\) +0*a0b fb ?b4 ?a0 ?7f ? * fmov fd10, ?\(127, ?sp\) +0*a0f fb ?b6 ?80 ?18 ? * fmov fd24, ?\(24, ?sp\) +0*a13 fb ?b6 ?00 ?e5 ? * fmov fd16, ?\(229, ?sp\) +0*a17 fb ?b4 ?c0 ?68 ? * fmov fd12, ?\(104, ?sp\) +0*a1b fb ?b4 ?40 ?01 ? * fmov fd4, ?\(1, ?sp\) +0*a1f fb ?b4 ?a0 ?80 ? * fmov fd10, ?\(128, ?sp\) +0*a23 fb ?b6 ?20 ?20 ? * fmov fd18, ?\(32, ?sp\) +0*a27 fd ?a1 ?8a ?01 ?ff ?80 ? * fmov \(-8323327, ?a0\), ?fd26 +0*a2d fd ?a0 ?f2 ?10 ?20 ?c0 ? * fmov \(-4186096, ?d3\), ?fd2 +0*a33 fd ?a1 ?96 ?43 ?65 ?87 ? * fmov \(-7903933, ?a1\), ?fd22 +0*a39 fd ?a0 ?aa ?00 ?00 ?80 ? * fmov \(-8388608, ?a2\), ?fd10 +0*a3f fd ?a1 ?48 ?10 ?20 ?40 ? * fmov \(4202512, ?r4\), ?fd24 +0*a45 fd ?a1 ?b0 ?80 ?ff ?01 ? * fmov \(130944, ?a3\), ?fd16 +0*a4b fd ?a0 ?5c ?00 ?00 ?40 ? * fmov \(4194304, ?r5\), ?fd12 +0*a51 fd ?a0 ?64 ?56 ?34 ?12 ? * fmov \(1193046, ?r6\), ?fd4 +0*a57 fd ?a0 ?0a ?01 ?ff ?80 ? * fmov \(-8323327, ?r0\), ?fd10 +0*a5d fd ?a1 ?72 ?10 ?20 ?c0 ? * fmov \(-4186096, ?r7\), ?fd18 +0*a63 fd ?a0 ?16 ?43 ?65 ?87 ? * fmov \(-7903933, ?r1\), ?fd6 +0*a69 fd ?a2 ?8e ?00 ?00 ?40 ? * fmov \(a0\+, ?4194304\), ?fd14 +0*a6f fd ?a3 ?f8 ?56 ?34 ?12 ? * fmov \(d3\+, ?1193046\), ?fd24 +0*a75 fd ?a2 ?90 ?01 ?ff ?80 ? * fmov \(a1\+, ?-8323327\), ?fd0 +0*a7b fd ?a3 ?ac ?10 ?20 ?c0 ? * fmov \(a2\+, ?-4186096\), ?fd28 +0*a81 fd ?a3 ?44 ?43 ?65 ?87 ? * fmov \(r4\+, ?-7903933\), ?fd20 +0*a87 fd ?a3 ?be ?00 ?00 ?80 ? * fmov \(a3\+, ?-8388608\), ?fd30 +0*a8d fd ?a3 ?56 ?10 ?20 ?40 ? * fmov \(r5\+, ?4202512\), ?fd22 +0*a93 fd ?a3 ?62 ?80 ?ff ?01 ? * fmov \(r6\+, ?130944\), ?fd18 +0*a99 fd ?a3 ?0e ?00 ?00 ?40 ? * fmov \(r0\+, ?4194304\), ?fd30 +0*a9f fd ?a2 ?78 ?56 ?34 ?12 ? * fmov \(r7\+, ?1193046\), ?fd8 +0*aa5 fd ?a3 ?10 ?01 ?ff ?80 ? * fmov \(r1\+, ?-8323327\), ?fd16 +0*aab fd ?a4 ?0e ?00 ?00 ?40 ? * fmov \(4194304, ?sp\), ?fd14 +0*ab1 fd ?a5 ?08 ?56 ?34 ?12 ? * fmov \(1193046, ?sp\), ?fd24 +0*ab7 fd ?a4 ?00 ?01 ?ff ?80 ? * fmov \(8453889, ?sp\), ?fd0 +0*abd fd ?a5 ?0c ?10 ?20 ?c0 ? * fmov \(12591120, ?sp\), ?fd28 +0*ac3 fd ?a5 ?04 ?43 ?65 ?87 ? * fmov \(8873283, ?sp\), ?fd20 +0*ac9 fd ?a5 ?0e ?00 ?00 ?80 ? * fmov \(8388608, ?sp\), ?fd30 +0*acf fd ?a5 ?06 ?10 ?20 ?40 ? * fmov \(4202512, ?sp\), ?fd22 +0*ad5 fd ?a5 ?02 ?80 ?ff ?01 ? * fmov \(130944, ?sp\), ?fd18 +0*adb fd ?a5 ?0e ?00 ?00 ?40 ? * fmov \(4194304, ?sp\), ?fd30 +0*ae1 fd ?a4 ?08 ?56 ?34 ?12 ? * fmov \(1193046, ?sp\), ?fd8 +0*ae7 fd ?a5 ?00 ?01 ?ff ?80 ? * fmov \(8453889, ?sp\), ?fd16 +0*aed fd ?b0 ?ec ?10 ?20 ?40 ? * fmov fd14, ?\(4202512, ?d0\) +0*af3 fd ?b2 ?83 ?80 ?ff ?01 ? * fmov fd24, ?\(130944, ?r3\) +0*af9 fd ?b0 ?0d ?00 ?00 ?40 ? * fmov fd0, ?\(4194304, ?d1\) +0*aff fd ?b2 ?ce ?56 ?34 ?12 ? * fmov fd28, ?\(1193046, ?d2\) +0*b05 fd ?b2 ?48 ?01 ?ff ?80 ? * fmov fd20, ?\(-8323327, ?a0\) +0*b0b fd ?b2 ?ef ?10 ?20 ?c0 ? * fmov fd30, ?\(-4186096, ?d3\) +0*b11 fd ?b2 ?69 ?43 ?65 ?87 ? * fmov fd22, ?\(-7903933, ?a1\) +0*b17 fd ?b2 ?2a ?00 ?00 ?80 ? * fmov fd18, ?\(-8388608, ?a2\) +0*b1d fd ?b2 ?e4 ?10 ?20 ?40 ? * fmov fd30, ?\(4202512, ?r4\) +0*b23 fd ?b0 ?8b ?80 ?ff ?01 ? * fmov fd8, ?\(130944, ?a3\) +0*b29 fd ?b2 ?05 ?00 ?00 ?40 ? * fmov fd16, ?\(4194304, ?r5\) +0*b2f fd ?b1 ?4c ?43 ?65 ?87 ? * fmov fd4, ?\(d0\+, ?-7903933\) +0*b35 fd ?b1 ?c3 ?00 ?00 ?80 ? * fmov fd12, ?\(r3\+, ?-8388608\) +0*b3b fd ?b1 ?ed ?10 ?20 ?40 ? * fmov fd14, ?\(d1\+, ?4202512\) +0*b41 fd ?b1 ?6e ?80 ?ff ?01 ? * fmov fd6, ?\(d2\+, ?130944\) +0*b47 fd ?b1 ?28 ?00 ?00 ?40 ? * fmov fd2, ?\(a0\+, ?4194304\) +0*b4d fd ?b3 ?af ?56 ?34 ?12 ? * fmov fd26, ?\(d3\+, ?1193046\) +0*b53 fd ?b1 ?89 ?01 ?ff ?80 ? * fmov fd8, ?\(a1\+, ?-8323327\) +0*b59 fd ?b1 ?0a ?10 ?20 ?c0 ? * fmov fd0, ?\(a2\+, ?-4186096\) +0*b5f fd ?b3 ?44 ?43 ?65 ?87 ? * fmov fd20, ?\(r4\+, ?-7903933\) +0*b65 fd ?b3 ?cb ?00 ?00 ?80 ? * fmov fd28, ?\(a3\+, ?-8388608\) +0*b6b fd ?b3 ?a5 ?10 ?20 ?40 ? * fmov fd26, ?\(r5\+, ?4202512\) +0*b71 fd ?b4 ?20 ?43 ?65 ?87 ? * fmov fd2, ?\(8873283, ?sp\) +0*b77 fd ?b6 ?60 ?00 ?00 ?80 ? * fmov fd22, ?\(8388608, ?sp\) +0*b7d fd ?b4 ?a0 ?10 ?20 ?40 ? * fmov fd10, ?\(4202512, ?sp\) +0*b83 fd ?b6 ?80 ?80 ?ff ?01 ? * fmov fd24, ?\(130944, ?sp\) +0*b89 fd ?b6 ?00 ?00 ?00 ?40 ? * fmov fd16, ?\(4194304, ?sp\) +0*b8f fd ?b4 ?c0 ?56 ?34 ?12 ? * fmov fd12, ?\(1193046, ?sp\) +0*b95 fd ?b4 ?40 ?01 ?ff ?80 ? * fmov fd4, ?\(8453889, ?sp\) +0*b9b fd ?b4 ?a0 ?10 ?20 ?c0 ? * fmov fd10, ?\(12591120, ?sp\) +0*ba1 fd ?b6 ?20 ?43 ?65 ?87 ? * fmov fd18, ?\(8873283, ?sp\) +0*ba7 fd ?b4 ?60 ?00 ?00 ?80 ? * fmov fd6, ?\(8388608, ?sp\) +0*bad fd ?b4 ?e0 ?10 ?20 ?40 ? * fmov fd14, ?\(4202512, ?sp\) +0*bb3 fe ?41 ?96 ?21 ?43 ?65 ?87 ? * fmov \(-2023406815, ?a1\), ?fd22 +0*bba fe ?40 ?aa ?00 ?00 ?00 ?80 ? * fmov \(-2147483648, ?a2\), ?fd10 +0*bc1 fe ?41 ?48 ?08 ?10 ?20 ?40 ? * fmov \(1075843080, ?r4\), ?fd24 +0*bc8 fe ?41 ?b0 ?80 ?ff ?ff ?01 ? * fmov \(33554304, ?a3\), ?fd16 +0*bcf fe ?40 ?5c ?00 ?00 ?00 ?40 ? * fmov \(1073741824, ?r5\), ?fd12 +0*bd6 fe ?40 ?64 ?78 ?56 ?34 ?12 ? * fmov \(305419896, ?r6\), ?fd4 +0*bdd fe ?40 ?0a ?01 ?ff ?ff ?80 ? * fmov \(-2130706687, ?r0\), ?fd10 +0*be4 fe ?41 ?72 ?08 ?10 ?20 ?c0 ? * fmov \(-1071640568, ?r7\), ?fd18 +0*beb fe ?40 ?16 ?21 ?43 ?65 ?87 ? * fmov \(-2023406815, ?r1\), ?fd6 +0*bf2 fe ?40 ?2e ?00 ?00 ?00 ?80 ? * fmov \(-2147483648, ?r2\), ?fd14 +0*bf9 fe ?41 ?c8 ?08 ?10 ?20 ?40 ? * fmov \(1075843080, ?d0\), ?fd24 +0*c00 fe ?42 ?90 ?01 ?ff ?ff ?80 ? * fmov \(a1\+, ?-2130706687\), ?fd0 +0*c07 fe ?43 ?ac ?08 ?10 ?20 ?c0 ? * fmov \(a2\+, ?-1071640568\), ?fd28 +0*c0e fe ?43 ?44 ?21 ?43 ?65 ?87 ? * fmov \(r4\+, ?-2023406815\), ?fd20 +0*c15 fe ?43 ?be ?00 ?00 ?00 ?80 ? * fmov \(a3\+, ?-2147483648\), ?fd30 +0*c1c fe ?43 ?56 ?08 ?10 ?20 ?40 ? * fmov \(r5\+, ?1075843080\), ?fd22 +0*c23 fe ?43 ?62 ?80 ?ff ?ff ?01 ? * fmov \(r6\+, ?33554304\), ?fd18 +0*c2a fe ?43 ?0e ?00 ?00 ?00 ?40 ? * fmov \(r0\+, ?1073741824\), ?fd30 +0*c31 fe ?42 ?78 ?78 ?56 ?34 ?12 ? * fmov \(r7\+, ?305419896\), ?fd8 +0*c38 fe ?43 ?10 ?01 ?ff ?ff ?80 ? * fmov \(r1\+, ?-2130706687\), ?fd16 +0*c3f fe ?42 ?24 ?08 ?10 ?20 ?c0 ? * fmov \(r2\+, ?-1071640568\), ?fd4 +0*c46 fe ?42 ?cc ?21 ?43 ?65 ?87 ? * fmov \(d0\+, ?-2023406815\), ?fd12 +0*c4d fe ?44 ?00 ?01 ?ff ?ff ?80 ? * fmov \(-2130706687, ?sp\), ?fd0 +0*c54 fe ?45 ?0c ?08 ?10 ?20 ?c0 ? * fmov \(-1071640568, ?sp\), ?fd28 +0*c5b fe ?45 ?04 ?21 ?43 ?65 ?87 ? * fmov \(-2023406815, ?sp\), ?fd20 +0*c62 fe ?45 ?0e ?00 ?00 ?00 ?80 ? * fmov \(-2147483648, ?sp\), ?fd30 +0*c69 fe ?45 ?06 ?08 ?10 ?20 ?40 ? * fmov \(1075843080, ?sp\), ?fd22 +0*c70 fe ?45 ?02 ?80 ?ff ?ff ?01 ? * fmov \(33554304, ?sp\), ?fd18 +0*c77 fe ?45 ?0e ?00 ?00 ?00 ?40 ? * fmov \(1073741824, ?sp\), ?fd30 +0*c7e fe ?44 ?08 ?78 ?56 ?34 ?12 ? * fmov \(305419896, ?sp\), ?fd8 +0*c85 fe ?45 ?00 ?01 ?ff ?ff ?80 ? * fmov \(-2130706687, ?sp\), ?fd16 +0*c8c fe ?44 ?04 ?08 ?10 ?20 ?c0 ? * fmov \(-1071640568, ?sp\), ?fd4 +0*c93 fe ?44 ?0c ?21 ?43 ?65 ?87 ? * fmov \(-2023406815, ?sp\), ?fd12 +0*c9a fe ?50 ?0d ?00 ?00 ?00 ?40 ? * fmov fd0, ?\(1073741824, ?d1\) +0*ca1 fe ?52 ?ce ?78 ?56 ?34 ?12 ? * fmov fd28, ?\(305419896, ?d2\) +0*ca8 fe ?52 ?48 ?01 ?ff ?ff ?80 ? * fmov fd20, ?\(-2130706687, ?a0\) +0*caf fe ?52 ?ef ?08 ?10 ?20 ?c0 ? * fmov fd30, ?\(-1071640568, ?d3\) +0*cb6 fe ?52 ?69 ?21 ?43 ?65 ?87 ? * fmov fd22, ?\(-2023406815, ?a1\) +0*cbd fe ?52 ?2a ?00 ?00 ?00 ?80 ? * fmov fd18, ?\(-2147483648, ?a2\) +0*cc4 fe ?52 ?e4 ?08 ?10 ?20 ?40 ? * fmov fd30, ?\(1075843080, ?r4\) +0*ccb fe ?50 ?8b ?80 ?ff ?ff ?01 ? * fmov fd8, ?\(33554304, ?a3\) +0*cd2 fe ?52 ?05 ?00 ?00 ?00 ?40 ? * fmov fd16, ?\(1073741824, ?r5\) +0*cd9 fe ?50 ?46 ?78 ?56 ?34 ?12 ? * fmov fd4, ?\(305419896, ?r6\) +0*ce0 fe ?50 ?c0 ?01 ?ff ?ff ?80 ? * fmov fd12, ?\(-2130706687, ?r0\) +0*ce7 fe ?51 ?ed ?08 ?10 ?20 ?40 ? * fmov fd14, ?\(d1\+, ?1075843080\) +0*cee fe ?51 ?6e ?80 ?ff ?ff ?01 ? * fmov fd6, ?\(d2\+, ?33554304\) +0*cf5 fe ?51 ?28 ?00 ?00 ?00 ?40 ? * fmov fd2, ?\(a0\+, ?1073741824\) +0*cfc fe ?53 ?af ?78 ?56 ?34 ?12 ? * fmov fd26, ?\(d3\+, ?305419896\) +0*d03 fe ?51 ?89 ?01 ?ff ?ff ?80 ? * fmov fd8, ?\(a1\+, ?-2130706687\) +0*d0a fe ?51 ?0a ?08 ?10 ?20 ?c0 ? * fmov fd0, ?\(a2\+, ?-1071640568\) +0*d11 fe ?53 ?44 ?21 ?43 ?65 ?87 ? * fmov fd20, ?\(r4\+, ?-2023406815\) +0*d18 fe ?53 ?cb ?00 ?00 ?00 ?80 ? * fmov fd28, ?\(a3\+, ?-2147483648\) +0*d1f fe ?53 ?a5 ?08 ?10 ?20 ?40 ? * fmov fd26, ?\(r5\+, ?1075843080\) +0*d26 fe ?51 ?26 ?80 ?ff ?ff ?01 ? * fmov fd2, ?\(r6\+, ?33554304\) +0*d2d fe ?53 ?60 ?00 ?00 ?00 ?40 ? * fmov fd22, ?\(r0\+, ?1073741824\) +0*d34 fe ?54 ?a0 ?08 ?10 ?20 ?40 ? * fmov fd10, ?\(1075843080, ?sp\) +0*d3b fe ?56 ?80 ?80 ?ff ?ff ?01 ? * fmov fd24, ?\(33554304, ?sp\) +0*d42 fe ?56 ?00 ?00 ?00 ?00 ?40 ? * fmov fd16, ?\(1073741824, ?sp\) +0*d49 fe ?54 ?c0 ?78 ?56 ?34 ?12 ? * fmov fd12, ?\(305419896, ?sp\) +0*d50 fe ?54 ?40 ?01 ?ff ?ff ?80 ? * fmov fd4, ?\(-2130706687, ?sp\) +0*d57 fe ?54 ?a0 ?08 ?10 ?20 ?c0 ? * fmov fd10, ?\(-1071640568, ?sp\) +0*d5e fe ?56 ?20 ?21 ?43 ?65 ?87 ? * fmov fd18, ?\(-2023406815, ?sp\) +0*d65 fe ?54 ?60 ?00 ?00 ?00 ?80 ? * fmov fd6, ?\(-2147483648, ?sp\) +0*d6c fe ?54 ?e0 ?08 ?10 ?20 ?40 ? * fmov fd14, ?\(1075843080, ?sp\) +0*d73 fe ?56 ?80 ?80 ?ff ?ff ?01 ? * fmov fd24, ?\(33554304, ?sp\) +0*d7a fe ?54 ?00 ?00 ?00 ?00 ?40 ? * fmov fd0, ?\(1073741824, ?sp\) +# fmovc: +0*d81 f9 ?b5 ?70 ? * fmov r7, ?fpcr +0*d84 f9 ?b5 ?40 ? * fmov r4, ?fpcr +0*d87 f9 ?b5 ?e0 ? * fmov d2, ?fpcr +0*d8a f9 ?b5 ?10 ? * fmov r1, ?fpcr +0*d8d f9 ?b5 ?b0 ? * fmov a3, ?fpcr +0*d90 f9 ?b5 ?80 ? * fmov a0, ?fpcr +0*d93 f9 ?b5 ?20 ? * fmov r2, ?fpcr +0*d96 f9 ?b5 ?50 ? * fmov r5, ?fpcr +0*d99 f9 ?b5 ?f0 ? * fmov d3, ?fpcr +0*d9c f9 ?b5 ?c0 ? * fmov d0, ?fpcr +0*d9f f9 ?b5 ?60 ? * fmov r6, ?fpcr +0*da2 f9 ?b7 ?09 ? * fmov fpcr, ?a1 +0*da5 f9 ?b7 ?03 ? * fmov fpcr, ?r3 +0*da8 f9 ?b7 ?00 ? * fmov fpcr, ?r0 +0*dab f9 ?b7 ?0a ? * fmov fpcr, ?a2 +0*dae f9 ?b7 ?0d ? * fmov fpcr, ?d1 +0*db1 f9 ?b7 ?07 ? * fmov fpcr, ?r7 +0*db4 f9 ?b7 ?04 ? * fmov fpcr, ?r4 +0*db7 f9 ?b7 ?0e ? * fmov fpcr, ?d2 +0*dba f9 ?b7 ?01 ? * fmov fpcr, ?r1 +0*dbd f9 ?b7 ?0b ? * fmov fpcr, ?a3 +0*dc0 f9 ?b7 ?08 ? * fmov fpcr, ?a0 +0*dc3 fd ?b5 ?00 ?00 ?00 ?40 ? * fmov 1073741824, ?fpcr +0*dc9 fd ?b5 ?08 ?10 ?20 ?c0 ? * fmov -1071640568, ?fpcr +0*dcf fd ?b5 ?08 ?10 ?20 ?40 ? * fmov 1075843080, ?fpcr +0*dd5 fd ?b5 ?78 ?56 ?34 ?12 ? * fmov 305419896, ?fpcr +0*ddb fd ?b5 ?21 ?43 ?65 ?87 ? * fmov -2023406815, ?fpcr +0*de1 fd ?b5 ?80 ?ff ?ff ?01 ? * fmov 33554304, ?fpcr +0*de7 fd ?b5 ?01 ?ff ?ff ?80 ? * fmov -2130706687, ?fpcr +0*ded fd ?b5 ?00 ?00 ?00 ?80 ? * fmov -2147483648, ?fpcr +0*df3 fd ?b5 ?00 ?00 ?00 ?40 ? * fmov 1073741824, ?fpcr +0*df9 fd ?b5 ?08 ?10 ?20 ?c0 ? * fmov -1071640568, ?fpcr +0*dff fd ?b5 ?08 ?10 ?20 ?40 ? * fmov 1075843080, ?fpcr +# sfparith: +0*e05 f9 ?44 ?04 ? * fabs fs4 +0*e08 f9 ?45 ?0e ? * fabs fs30 +0*e0b f9 ?45 ?01 ? * fabs fs17 +0*e0e f9 ?44 ?0b ? * fabs fs11 +0*e11 f9 ?45 ?08 ? * fabs fs24 +0*e14 f9 ?45 ?02 ? * fabs fs18 +0*e17 f9 ?44 ?05 ? * fabs fs5 +0*e1a f9 ?45 ?0f ? * fabs fs31 +0*e1d f9 ?44 ?0c ? * fabs fs12 +0*e20 f9 ?44 ?06 ? * fabs fs6 +0*e23 f9 ?45 ?09 ? * fabs fs25 +0*e26 fb ?44 ?30 ?08 ? * fabs fs19, ?fs0 +0*e2a fb ?44 ?d0 ?70 ? * fabs fs13, ?fs7 +0*e2e fb ?44 ?e0 ?10 ? * fabs fs14, ?fs1 +0*e32 fb ?44 ?80 ?20 ? * fabs fs8, ?fs2 +0*e36 fb ?44 ?f0 ?c2 ? * fabs fs15, ?fs28 +0*e3a fb ?44 ?90 ?30 ? * fabs fs9, ?fs3 +0*e3e fb ?44 ?a0 ?d2 ? * fabs fs10, ?fs29 +0*e42 fb ?44 ?40 ?e2 ? * fabs fs4, ?fs30 +0*e46 fb ?44 ?b0 ?82 ? * fabs fs11, ?fs24 +0*e4a fb ?44 ?50 ?f2 ? * fabs fs5, ?fs31 +0*e4e fb ?44 ?60 ?92 ? * fabs fs6, ?fs25 +0*e52 f9 ?46 ?00 ? * fneg fs0 +0*e55 f9 ?47 ?0a ? * fneg fs26 +0*e58 f9 ?46 ?0d ? * fneg fs13 +0*e5b f9 ?46 ?07 ? * fneg fs7 +0*e5e f9 ?47 ?04 ? * fneg fs20 +0*e61 f9 ?46 ?0e ? * fneg fs14 +0*e64 f9 ?46 ?01 ? * fneg fs1 +0*e67 f9 ?47 ?0b ? * fneg fs27 +0*e6a f9 ?46 ?08 ? * fneg fs8 +0*e6d f9 ?46 ?02 ? * fneg fs2 +0*e70 f9 ?47 ?05 ? * fneg fs21 +0*e73 fb ?46 ?f0 ?c2 ? * fneg fs15, ?fs28 +0*e77 fb ?46 ?90 ?30 ? * fneg fs9, ?fs3 +0*e7b fb ?46 ?a0 ?d2 ? * fneg fs10, ?fs29 +0*e7f fb ?46 ?40 ?e2 ? * fneg fs4, ?fs30 +0*e83 fb ?46 ?b0 ?82 ? * fneg fs11, ?fs24 +0*e87 fb ?46 ?50 ?f2 ? * fneg fs5, ?fs31 +0*e8b fb ?46 ?60 ?92 ? * fneg fs6, ?fs25 +0*e8f fb ?46 ?00 ?a2 ? * fneg fs0, ?fs26 +0*e93 fb ?46 ?70 ?42 ? * fneg fs7, ?fs20 +0*e97 fb ?46 ?10 ?b2 ? * fneg fs1, ?fs27 +0*e9b fb ?46 ?20 ?52 ? * fneg fs2, ?fs21 +0*e9f f9 ?51 ?0c ? * frsqrt fs28 +0*ea2 f9 ?51 ?06 ? * frsqrt fs22 +0*ea5 f9 ?50 ?09 ? * frsqrt fs9 +0*ea8 f9 ?50 ?03 ? * frsqrt fs3 +0*eab f9 ?51 ?00 ? * frsqrt fs16 +0*eae f9 ?50 ?0a ? * frsqrt fs10 +0*eb1 f9 ?51 ?0d ? * frsqrt fs29 +0*eb4 f9 ?51 ?07 ? * frsqrt fs23 +0*eb7 f9 ?50 ?04 ? * frsqrt fs4 +0*eba f9 ?51 ?0e ? * frsqrt fs30 +0*ebd f9 ?51 ?01 ? * frsqrt fs17 +0*ec0 fb ?50 ?b0 ?82 ? * frsqrt fs11, ?fs24 +0*ec4 fb ?50 ?50 ?f2 ? * frsqrt fs5, ?fs31 +0*ec8 fb ?50 ?60 ?92 ? * frsqrt fs6, ?fs25 +0*ecc fb ?50 ?00 ?a2 ? * frsqrt fs0, ?fs26 +0*ed0 fb ?50 ?70 ?42 ? * frsqrt fs7, ?fs20 +0*ed4 fb ?50 ?10 ?b2 ? * frsqrt fs1, ?fs27 +0*ed8 fb ?50 ?20 ?52 ? * frsqrt fs2, ?fs21 +0*edc fb ?50 ?c0 ?6a ? * frsqrt fs28, ?fs22 +0*ee0 fb ?50 ?30 ?02 ? * frsqrt fs3, ?fs16 +0*ee4 fb ?50 ?d0 ?7a ? * frsqrt fs29, ?fs23 +0*ee8 fb ?50 ?e0 ?1a ? * frsqrt fs30, ?fs17 +0*eec f9 ?53 ?08 ? * fsqrt fs24 +0*eef f9 ?53 ?02 ? * fsqrt fs18 +0*ef2 f9 ?52 ?05 ? * fsqrt fs5 +0*ef5 f9 ?53 ?0f ? * fsqrt fs31 +0*ef8 f9 ?52 ?0c ? * fsqrt fs12 +0*efb f9 ?52 ?06 ? * fsqrt fs6 +0*efe f9 ?53 ?09 ? * fsqrt fs25 +0*f01 f9 ?53 ?03 ? * fsqrt fs19 +0*f04 f9 ?52 ?00 ? * fsqrt fs0 +0*f07 f9 ?53 ?0a ? * fsqrt fs26 +0*f0a f9 ?52 ?0d ? * fsqrt fs13 +0*f0d fb ?54 ?70 ?42 ? * fsqrt fs7, ?fs20 +0*f11 fb ?54 ?10 ?b2 ? * fsqrt fs1, ?fs27 +0*f15 fb ?54 ?20 ?52 ? * fsqrt fs2, ?fs21 +0*f19 fb ?54 ?c0 ?6a ? * fsqrt fs28, ?fs22 +0*f1d fb ?54 ?30 ?02 ? * fsqrt fs3, ?fs16 +0*f21 fb ?54 ?d0 ?7a ? * fsqrt fs29, ?fs23 +0*f25 fb ?54 ?e0 ?1a ? * fsqrt fs30, ?fs17 +0*f29 fb ?54 ?80 ?2a ? * fsqrt fs24, ?fs18 +0*f2d fb ?54 ?f0 ?c8 ? * fsqrt fs31, ?fs12 +0*f31 fb ?54 ?90 ?3a ? * fsqrt fs25, ?fs19 +0*f35 fb ?54 ?a0 ?d8 ? * fsqrt fs26, ?fs13 +0*f39 f9 ?56 ?4e ? * fcmp fs20, ?fs14 +0*f3c f9 ?56 ?b8 ? * fcmp fs27, ?fs8 +0*f3f f9 ?56 ?5f ? * fcmp fs21, ?fs15 +0*f42 f9 ?56 ?69 ? * fcmp fs22, ?fs9 +0*f45 f9 ?56 ?0a ? * fcmp fs16, ?fs10 +0*f48 f9 ?56 ?74 ? * fcmp fs23, ?fs4 +0*f4b f9 ?56 ?1b ? * fcmp fs17, ?fs11 +0*f4e f9 ?56 ?25 ? * fcmp fs18, ?fs5 +0*f51 f9 ?54 ?c6 ? * fcmp fs12, ?fs6 +0*f54 f9 ?56 ?30 ? * fcmp fs19, ?fs0 +0*f57 f9 ?54 ?d7 ? * fcmp fs13, ?fs7 +0*f5a fe ?35 ?10 ?21 ?43 ?65 ?87 ? * fcmp -2023406815, ?fs1 +0*f61 fe ?35 ?20 ?00 ?00 ?00 ?80 ? * fcmp -2147483648, ?fs2 +0*f68 fe ?37 ?c0 ?08 ?10 ?20 ?40 ? * fcmp 1075843080, ?fs28 +0*f6f fe ?35 ?30 ?80 ?ff ?ff ?01 ? * fcmp 33554304, ?fs3 +0*f76 fe ?37 ?d0 ?00 ?00 ?00 ?40 ? * fcmp 1073741824, ?fs29 +0*f7d fe ?37 ?e0 ?78 ?56 ?34 ?12 ? * fcmp 305419896, ?fs30 +0*f84 fe ?37 ?80 ?01 ?ff ?ff ?80 ? * fcmp -2130706687, ?fs24 +0*f8b fe ?37 ?f0 ?08 ?10 ?20 ?c0 ? * fcmp -1071640568, ?fs31 +0*f92 fe ?37 ?90 ?21 ?43 ?65 ?87 ? * fcmp -2023406815, ?fs25 +0*f99 fe ?37 ?a0 ?00 ?00 ?00 ?80 ? * fcmp -2147483648, ?fs26 +0*fa0 fe ?37 ?40 ?08 ?10 ?20 ?40 ? * fcmp 1075843080, ?fs20 +0*fa7 f9 ?61 ?1b ? * fadd fs1, ?fs27 +0*faa f9 ?61 ?25 ? * fadd fs2, ?fs21 +0*fad f9 ?63 ?c6 ? * fadd fs28, ?fs22 +0*fb0 f9 ?61 ?30 ? * fadd fs3, ?fs16 +0*fb3 f9 ?63 ?d7 ? * fadd fs29, ?fs23 +0*fb6 f9 ?63 ?e1 ? * fadd fs30, ?fs17 +0*fb9 f9 ?63 ?82 ? * fadd fs24, ?fs18 +0*fbc f9 ?62 ?fc ? * fadd fs31, ?fs12 +0*fbf f9 ?63 ?93 ? * fadd fs25, ?fs19 +0*fc2 f9 ?62 ?ad ? * fadd fs26, ?fs13 +0*fc5 f9 ?62 ?4e ? * fadd fs20, ?fs14 +0*fc8 fb ?60 ?b8 ?28 ? * fadd fs27, ?fs8, ?fs2 +0*fcc fb ?60 ?5f ?ca ? * fadd fs21, ?fs15, ?fs28 +0*fd0 fb ?60 ?69 ?38 ? * fadd fs22, ?fs9, ?fs3 +0*fd4 fb ?60 ?0a ?da ? * fadd fs16, ?fs10, ?fs29 +0*fd8 fb ?60 ?74 ?ea ? * fadd fs23, ?fs4, ?fs30 +0*fdc fb ?60 ?1b ?8a ? * fadd fs17, ?fs11, ?fs24 +0*fe0 fb ?60 ?25 ?fa ? * fadd fs18, ?fs5, ?fs31 +0*fe4 fb ?60 ?c6 ?92 ? * fadd fs12, ?fs6, ?fs25 +0*fe8 fb ?60 ?30 ?aa ? * fadd fs19, ?fs0, ?fs26 +0*fec fb ?60 ?d7 ?42 ? * fadd fs13, ?fs7, ?fs20 +0*ff0 fb ?60 ?e1 ?b2 ? * fadd fs14, ?fs1, ?fs27 +0*ff4 fe ?61 ?25 ?00 ?00 ?00 ?80 ? * fadd -2147483648, ?fs2, ?fs21 +0*ffb fe ?63 ?c6 ?08 ?10 ?20 ?40 ? * fadd 1075843080, ?fs28, ?fs22 +0*1002 fe ?61 ?30 ?80 ?ff ?ff ?01 ? * fadd 33554304, ?fs3, ?fs16 +0*1009 fe ?63 ?d7 ?00 ?00 ?00 ?40 ? * fadd 1073741824, ?fs29, ?fs23 +0*1010 fe ?63 ?e1 ?78 ?56 ?34 ?12 ? * fadd 305419896, ?fs30, ?fs17 +0*1017 fe ?63 ?82 ?01 ?ff ?ff ?80 ? * fadd -2130706687, ?fs24, ?fs18 +0*101e fe ?62 ?fc ?08 ?10 ?20 ?c0 ? * fadd -1071640568, ?fs31, ?fs12 +0*1025 fe ?63 ?93 ?21 ?43 ?65 ?87 ? * fadd -2023406815, ?fs25, ?fs19 +0*102c fe ?62 ?ad ?00 ?00 ?00 ?80 ? * fadd -2147483648, ?fs26, ?fs13 +0*1033 fe ?62 ?4e ?08 ?10 ?20 ?40 ? * fadd 1075843080, ?fs20, ?fs14 +0*103a fe ?62 ?b8 ?80 ?ff ?ff ?01 ? * fadd 33554304, ?fs27, ?fs8 +0*1041 f9 ?65 ?25 ? * fsub fs2, ?fs21 +0*1044 f9 ?67 ?c6 ? * fsub fs28, ?fs22 +0*1047 f9 ?65 ?30 ? * fsub fs3, ?fs16 +0*104a f9 ?67 ?d7 ? * fsub fs29, ?fs23 +0*104d f9 ?67 ?e1 ? * fsub fs30, ?fs17 +0*1050 f9 ?67 ?82 ? * fsub fs24, ?fs18 +0*1053 f9 ?66 ?fc ? * fsub fs31, ?fs12 +0*1056 f9 ?67 ?93 ? * fsub fs25, ?fs19 +0*1059 f9 ?66 ?ad ? * fsub fs26, ?fs13 +0*105c f9 ?66 ?4e ? * fsub fs20, ?fs14 +0*105f f9 ?66 ?b8 ? * fsub fs27, ?fs8 +0*1062 fb ?64 ?5f ?ca ? * fsub fs21, ?fs15, ?fs28 +0*1066 fb ?64 ?69 ?38 ? * fsub fs22, ?fs9, ?fs3 +0*106a fb ?64 ?0a ?da ? * fsub fs16, ?fs10, ?fs29 +0*106e fb ?64 ?74 ?ea ? * fsub fs23, ?fs4, ?fs30 +0*1072 fb ?64 ?1b ?8a ? * fsub fs17, ?fs11, ?fs24 +0*1076 fb ?64 ?25 ?fa ? * fsub fs18, ?fs5, ?fs31 +0*107a fb ?64 ?c6 ?92 ? * fsub fs12, ?fs6, ?fs25 +0*107e fb ?64 ?30 ?aa ? * fsub fs19, ?fs0, ?fs26 +0*1082 fb ?64 ?d7 ?42 ? * fsub fs13, ?fs7, ?fs20 +0*1086 fb ?64 ?e1 ?b2 ? * fsub fs14, ?fs1, ?fs27 +0*108a fb ?64 ?82 ?52 ? * fsub fs8, ?fs2, ?fs21 +0*108e fe ?67 ?c6 ?08 ?10 ?20 ?40 ? * fsub 1075843080, ?fs28, ?fs22 +0*1095 fe ?65 ?30 ?80 ?ff ?ff ?01 ? * fsub 33554304, ?fs3, ?fs16 +0*109c fe ?67 ?d7 ?00 ?00 ?00 ?40 ? * fsub 1073741824, ?fs29, ?fs23 +0*10a3 fe ?67 ?e1 ?78 ?56 ?34 ?12 ? * fsub 305419896, ?fs30, ?fs17 +0*10aa fe ?67 ?82 ?01 ?ff ?ff ?80 ? * fsub -2130706687, ?fs24, ?fs18 +0*10b1 fe ?66 ?fc ?08 ?10 ?20 ?c0 ? * fsub -1071640568, ?fs31, ?fs12 +0*10b8 fe ?67 ?93 ?21 ?43 ?65 ?87 ? * fsub -2023406815, ?fs25, ?fs19 +0*10bf fe ?66 ?ad ?00 ?00 ?00 ?80 ? * fsub -2147483648, ?fs26, ?fs13 +0*10c6 fe ?66 ?4e ?08 ?10 ?20 ?40 ? * fsub 1075843080, ?fs20, ?fs14 +0*10cd fe ?66 ?b8 ?80 ?ff ?ff ?01 ? * fsub 33554304, ?fs27, ?fs8 +0*10d4 fe ?66 ?5f ?00 ?00 ?00 ?40 ? * fsub 1073741824, ?fs21, ?fs15 +0*10db f9 ?73 ?c6 ? * fmul fs28, ?fs22 +0*10de f9 ?71 ?30 ? * fmul fs3, ?fs16 +0*10e1 f9 ?73 ?d7 ? * fmul fs29, ?fs23 +0*10e4 f9 ?73 ?e1 ? * fmul fs30, ?fs17 +0*10e7 f9 ?73 ?82 ? * fmul fs24, ?fs18 +0*10ea f9 ?72 ?fc ? * fmul fs31, ?fs12 +0*10ed f9 ?73 ?93 ? * fmul fs25, ?fs19 +0*10f0 f9 ?72 ?ad ? * fmul fs26, ?fs13 +0*10f3 f9 ?72 ?4e ? * fmul fs20, ?fs14 +0*10f6 f9 ?72 ?b8 ? * fmul fs27, ?fs8 +0*10f9 f9 ?72 ?5f ? * fmul fs21, ?fs15 +0*10fc fb ?70 ?69 ?38 ? * fmul fs22, ?fs9, ?fs3 +0*1100 fb ?70 ?0a ?da ? * fmul fs16, ?fs10, ?fs29 +0*1104 fb ?70 ?74 ?ea ? * fmul fs23, ?fs4, ?fs30 +0*1108 fb ?70 ?1b ?8a ? * fmul fs17, ?fs11, ?fs24 +0*110c fb ?70 ?25 ?fa ? * fmul fs18, ?fs5, ?fs31 +0*1110 fb ?70 ?c6 ?92 ? * fmul fs12, ?fs6, ?fs25 +0*1114 fb ?70 ?30 ?aa ? * fmul fs19, ?fs0, ?fs26 +0*1118 fb ?70 ?d7 ?42 ? * fmul fs13, ?fs7, ?fs20 +0*111c fb ?70 ?e1 ?b2 ? * fmul fs14, ?fs1, ?fs27 +0*1120 fb ?70 ?82 ?52 ? * fmul fs8, ?fs2, ?fs21 +0*1124 fb ?70 ?fc ?66 ? * fmul fs15, ?fs28, ?fs22 +0*1128 fe ?71 ?30 ?80 ?ff ?ff ?01 ? * fmul 33554304, ?fs3, ?fs16 +0*112f fe ?73 ?d7 ?00 ?00 ?00 ?40 ? * fmul 1073741824, ?fs29, ?fs23 +0*1136 fe ?73 ?e1 ?78 ?56 ?34 ?12 ? * fmul 305419896, ?fs30, ?fs17 +0*113d fe ?73 ?82 ?01 ?ff ?ff ?80 ? * fmul -2130706687, ?fs24, ?fs18 +0*1144 fe ?72 ?fc ?08 ?10 ?20 ?c0 ? * fmul -1071640568, ?fs31, ?fs12 +0*114b fe ?73 ?93 ?21 ?43 ?65 ?87 ? * fmul -2023406815, ?fs25, ?fs19 +0*1152 fe ?72 ?ad ?00 ?00 ?00 ?80 ? * fmul -2147483648, ?fs26, ?fs13 +0*1159 fe ?72 ?4e ?08 ?10 ?20 ?40 ? * fmul 1075843080, ?fs20, ?fs14 +0*1160 fe ?72 ?b8 ?80 ?ff ?ff ?01 ? * fmul 33554304, ?fs27, ?fs8 +0*1167 fe ?72 ?5f ?00 ?00 ?00 ?40 ? * fmul 1073741824, ?fs21, ?fs15 +0*116e fe ?72 ?69 ?78 ?56 ?34 ?12 ? * fmul 305419896, ?fs22, ?fs9 +0*1175 f9 ?75 ?30 ? * fdiv fs3, ?fs16 +0*1178 f9 ?77 ?d7 ? * fdiv fs29, ?fs23 +0*117b f9 ?77 ?e1 ? * fdiv fs30, ?fs17 +0*117e f9 ?77 ?82 ? * fdiv fs24, ?fs18 +0*1181 f9 ?76 ?fc ? * fdiv fs31, ?fs12 +0*1184 f9 ?77 ?93 ? * fdiv fs25, ?fs19 +0*1187 f9 ?76 ?ad ? * fdiv fs26, ?fs13 +0*118a f9 ?76 ?4e ? * fdiv fs20, ?fs14 +0*118d f9 ?76 ?b8 ? * fdiv fs27, ?fs8 +0*1190 f9 ?76 ?5f ? * fdiv fs21, ?fs15 +0*1193 f9 ?76 ?69 ? * fdiv fs22, ?fs9 +0*1196 fb ?74 ?0a ?da ? * fdiv fs16, ?fs10, ?fs29 +0*119a fb ?74 ?74 ?ea ? * fdiv fs23, ?fs4, ?fs30 +0*119e fb ?74 ?1b ?8a ? * fdiv fs17, ?fs11, ?fs24 +0*11a2 fb ?74 ?25 ?fa ? * fdiv fs18, ?fs5, ?fs31 +0*11a6 fb ?74 ?c6 ?92 ? * fdiv fs12, ?fs6, ?fs25 +0*11aa fb ?74 ?30 ?aa ? * fdiv fs19, ?fs0, ?fs26 +0*11ae fb ?74 ?d7 ?42 ? * fdiv fs13, ?fs7, ?fs20 +0*11b2 fb ?74 ?e1 ?b2 ? * fdiv fs14, ?fs1, ?fs27 +0*11b6 fb ?74 ?82 ?52 ? * fdiv fs8, ?fs2, ?fs21 +0*11ba fb ?74 ?fc ?66 ? * fdiv fs15, ?fs28, ?fs22 +0*11be fb ?74 ?93 ?02 ? * fdiv fs9, ?fs3, ?fs16 +0*11c2 fe ?77 ?d7 ?00 ?00 ?00 ?40 ? * fdiv 1073741824, ?fs29, ?fs23 +0*11c9 fe ?77 ?e1 ?78 ?56 ?34 ?12 ? * fdiv 305419896, ?fs30, ?fs17 +0*11d0 fe ?77 ?82 ?01 ?ff ?ff ?80 ? * fdiv -2130706687, ?fs24, ?fs18 +0*11d7 fe ?76 ?fc ?08 ?10 ?20 ?c0 ? * fdiv -1071640568, ?fs31, ?fs12 +0*11de fe ?77 ?93 ?21 ?43 ?65 ?87 ? * fdiv -2023406815, ?fs25, ?fs19 +0*11e5 fe ?76 ?ad ?00 ?00 ?00 ?80 ? * fdiv -2147483648, ?fs26, ?fs13 +0*11ec fe ?76 ?4e ?08 ?10 ?20 ?40 ? * fdiv 1075843080, ?fs20, ?fs14 +0*11f3 fe ?76 ?b8 ?80 ?ff ?ff ?01 ? * fdiv 33554304, ?fs27, ?fs8 +0*11fa fe ?76 ?5f ?00 ?00 ?00 ?40 ? * fdiv 1073741824, ?fs21, ?fs15 +0*1201 fe ?76 ?69 ?78 ?56 ?34 ?12 ? * fdiv 305419896, ?fs22, ?fs9 +0*1208 fe ?76 ?0a ?01 ?ff ?ff ?80 ? * fdiv -2130706687, ?fs16, ?fs10 +# fpacc: +0*120f fb ?82 ?d7 ?4c ? * fmadd fs29, ?fs23, ?fs4, ?fs2 +0*1213 fb ?81 ?b8 ?27 ? * fmadd fs11, ?fs24, ?fs18, ?fs5 +0*1217 fb ?83 ?c6 ?92 ? * fmadd fs12, ?fs6, ?fs25, ?fs3 +0*121b fb ?80 ?ad ?79 ? * fmadd fs26, ?fs13, ?fs7, ?fs4 +0*121f fb ?82 ?1b ?84 ? * fmadd fs1, ?fs27, ?fs8, ?fs2 +0*1223 fb ?81 ?fc ?66 ? * fmadd fs15, ?fs28, ?fs22, ?fs1 +0*1227 fb ?81 ?0a ?da ? * fmadd fs16, ?fs10, ?fs29, ?fs1 +0*122b fb ?80 ?e1 ?bc ? * fmadd fs30, ?fs17, ?fs11, ?fs0 +0*122f fb ?82 ?5f ?c5 ? * fmadd fs5, ?fs31, ?fs12, ?fs6 +0*1233 fb ?83 ?30 ?aa ? * fmadd fs19, ?fs0, ?fs26, ?fs3 +0*1237 fb ?81 ?4e ?19 ? * fmadd fs20, ?fs14, ?fs1, ?fs5 +0*123b fb ?84 ?25 ?f5 ? * fmsub fs2, ?fs21, ?fs15, ?fs4 +0*123f fb ?86 ?93 ?03 ? * fmsub fs9, ?fs3, ?fs16, ?fs6 +0*1243 fb ?87 ?74 ?eb ? * fmsub fs23, ?fs4, ?fs30, ?fs7 +0*1247 fb ?87 ?82 ?5d ? * fmsub fs24, ?fs18, ?fs5, ?fs7 +0*124b fb ?84 ?69 ?36 ? * fmsub fs6, ?fs25, ?fs19, ?fs0 +0*124f fb ?86 ?d7 ?42 ? * fmsub fs13, ?fs7, ?fs20, ?fs2 +0*1253 fb ?85 ?b8 ?29 ? * fmsub fs27, ?fs8, ?fs2, ?fs5 +0*1257 fb ?87 ?c6 ?9c ? * fmsub fs28, ?fs22, ?fs9, ?fs3 +0*125b fb ?84 ?ad ?77 ? * fmsub fs10, ?fs29, ?fs23, ?fs4 +0*125f fb ?86 ?1b ?8a ? * fmsub fs17, ?fs11, ?fs24, ?fs2 +0*1263 fb ?85 ?fc ?68 ? * fmsub fs31, ?fs12, ?fs6, ?fs1 +0*1267 fb ?91 ?0a ?d4 ? * fnmadd fs0, ?fs26, ?fs13, ?fs1 +0*126b fb ?90 ?e1 ?b2 ? * fnmadd fs14, ?fs1, ?fs27, ?fs0 +0*126f fb ?92 ?5f ?cb ? * fnmadd fs21, ?fs15, ?fs28, ?fs6 +0*1273 fb ?93 ?30 ?a4 ? * fnmadd fs3, ?fs16, ?fs10, ?fs3 +0*1277 fb ?91 ?4e ?17 ? * fnmadd fs4, ?fs30, ?fs17, ?fs5 +0*127b fb ?90 ?25 ?fb ? * fnmadd fs18, ?fs5, ?fs31, ?fs4 +0*127f fb ?92 ?93 ?0d ? * fnmadd fs25, ?fs19, ?fs0, ?fs6 +0*1283 fb ?93 ?74 ?e5 ? * fnmadd fs7, ?fs20, ?fs14, ?fs7 +0*1287 fb ?93 ?82 ?53 ? * fnmadd fs8, ?fs2, ?fs21, ?fs7 +0*128b fb ?90 ?69 ?38 ? * fnmadd fs22, ?fs9, ?fs3, ?fs0 +0*128f fb ?92 ?d7 ?4c ? * fnmadd fs29, ?fs23, ?fs4, ?fs2 +0*1293 fb ?95 ?b8 ?27 ? * fnmsub fs11, ?fs24, ?fs18, ?fs5 +0*1297 fb ?97 ?c6 ?92 ? * fnmsub fs12, ?fs6, ?fs25, ?fs3 +0*129b fb ?94 ?ad ?79 ? * fnmsub fs26, ?fs13, ?fs7, ?fs4 +0*129f fb ?96 ?1b ?84 ? * fnmsub fs1, ?fs27, ?fs8, ?fs2 +0*12a3 fb ?95 ?fc ?66 ? * fnmsub fs15, ?fs28, ?fs22, ?fs1 +0*12a7 fb ?95 ?0a ?da ? * fnmsub fs16, ?fs10, ?fs29, ?fs1 +0*12ab fb ?94 ?e1 ?bc ? * fnmsub fs30, ?fs17, ?fs11, ?fs0 +0*12af fb ?96 ?5f ?c5 ? * fnmsub fs5, ?fs31, ?fs12, ?fs6 +0*12b3 fb ?97 ?30 ?aa ? * fnmsub fs19, ?fs0, ?fs26, ?fs3 +0*12b7 fb ?95 ?4e ?19 ? * fnmsub fs20, ?fs14, ?fs1, ?fs5 +0*12bb fb ?94 ?25 ?f5 ? * fnmsub fs2, ?fs21, ?fs15, ?fs4 +# dfparith: +0*12bf f9 ?c4 ?0c ? * fabs fd12 +0*12c2 f9 ?c5 ?06 ? * fabs fd22 +0*12c5 f9 ?c4 ?00 ? * fabs fd0 +0*12c8 f9 ?c4 ?0e ? * fabs fd14 +0*12cb f9 ?c4 ?0a ? * fabs fd10 +0*12ce f9 ?c5 ?0c ? * fabs fd28 +0*12d1 f9 ?c4 ?06 ? * fabs fd6 +0*12d4 f9 ?c5 ?08 ? * fabs fd24 +0*12d7 f9 ?c5 ?04 ? * fabs fd20 +0*12da f9 ?c4 ?02 ? * fabs fd2 +0*12dd f9 ?c5 ?00 ? * fabs fd16 +0*12e0 fb ?c4 ?e0 ?aa ? * fabs fd30, ?fd26 +0*12e4 fb ?c4 ?60 ?88 ? * fabs fd22, ?fd8 +0*12e8 fb ?c4 ?20 ?08 ? * fabs fd18, ?fd0 +0*12ec fb ?c4 ?e0 ?4a ? * fabs fd30, ?fd20 +0*12f0 fb ?c4 ?80 ?c2 ? * fabs fd8, ?fd28 +0*12f4 fb ?c4 ?00 ?aa ? * fabs fd16, ?fd26 +0*12f8 fb ?c4 ?40 ?20 ? * fabs fd4, ?fd2 +0*12fc fb ?c4 ?c0 ?62 ? * fabs fd12, ?fd22 +0*1300 fb ?c4 ?e0 ?a0 ? * fabs fd14, ?fd10 +0*1304 fb ?c4 ?60 ?82 ? * fabs fd6, ?fd24 +0*1308 fb ?c4 ?20 ?02 ? * fabs fd2, ?fd16 +0*130c f9 ?c7 ?0a ? * fneg fd26 +0*130f f9 ?c6 ?0c ? * fneg fd12 +0*1312 f9 ?c7 ?06 ? * fneg fd22 +0*1315 f9 ?c6 ?08 ? * fneg fd8 +0*1318 f9 ?c6 ?04 ? * fneg fd4 +0*131b f9 ?c7 ?02 ? * fneg fd18 +0*131e f9 ?c6 ?00 ? * fneg fd0 +0*1321 f9 ?c6 ?0a ? * fneg fd10 +0*1324 f9 ?c7 ?0e ? * fneg fd30 +0*1327 f9 ?c7 ?04 ? * fneg fd20 +0*132a f9 ?c7 ?02 ? * fneg fd18 +0*132d fb ?c6 ?80 ?c2 ? * fneg fd8, ?fd28 +0*1331 fb ?c6 ?00 ?aa ? * fneg fd16, ?fd26 +0*1335 fb ?c6 ?40 ?20 ? * fneg fd4, ?fd2 +0*1339 fb ?c6 ?c0 ?62 ? * fneg fd12, ?fd22 +0*133d fb ?c6 ?e0 ?a0 ? * fneg fd14, ?fd10 +0*1341 fb ?c6 ?60 ?82 ? * fneg fd6, ?fd24 +0*1345 fb ?c6 ?20 ?02 ? * fneg fd2, ?fd16 +0*1349 fb ?c6 ?a0 ?c8 ? * fneg fd26, ?fd12 +0*134d fb ?c6 ?80 ?40 ? * fneg fd8, ?fd4 +0*1351 fb ?c6 ?00 ?a0 ? * fneg fd0, ?fd10 +0*1355 fb ?c6 ?40 ?2a ? * fneg fd20, ?fd18 +0*1359 f9 ?d1 ?0c ? * frsqrt fd28 +0*135c f9 ?d0 ?06 ? * frsqrt fd6 +0*135f f9 ?d1 ?00 ? * frsqrt fd16 +0*1362 f9 ?d1 ?0a ? * frsqrt fd26 +0*1365 f9 ?d0 ?0e ? * frsqrt fd14 +0*1368 f9 ?d0 ?04 ? * frsqrt fd4 +0*136b f9 ?d0 ?02 ? * frsqrt fd2 +0*136e f9 ?d1 ?08 ? * frsqrt fd24 +0*1371 f9 ?d0 ?0c ? * frsqrt fd12 +0*1374 f9 ?d1 ?06 ? * frsqrt fd22 +0*1377 f9 ?d0 ?00 ? * frsqrt fd0 +0*137a fb ?d0 ?e0 ?a0 ? * frsqrt fd14, ?fd10 +0*137e fb ?d0 ?60 ?82 ? * frsqrt fd6, ?fd24 +0*1382 fb ?d0 ?20 ?02 ? * frsqrt fd2, ?fd16 +0*1386 fb ?d0 ?a0 ?c8 ? * frsqrt fd26, ?fd12 +0*138a fb ?d0 ?80 ?40 ? * frsqrt fd8, ?fd4 +0*138e fb ?d0 ?00 ?a0 ? * frsqrt fd0, ?fd10 +0*1392 fb ?d0 ?40 ?2a ? * frsqrt fd20, ?fd18 +0*1396 fb ?d0 ?c0 ?68 ? * frsqrt fd28, ?fd6 +0*139a fb ?d0 ?a0 ?e8 ? * frsqrt fd26, ?fd14 +0*139e fb ?d0 ?20 ?82 ? * frsqrt fd2, ?fd24 +0*13a2 fb ?d0 ?60 ?08 ? * frsqrt fd22, ?fd0 +0*13a6 f9 ?d2 ?0a ? * fsqrt fd10 +0*13a9 f9 ?d3 ?0c ? * fsqrt fd28 +0*13ac f9 ?d2 ?06 ? * fsqrt fd6 +0*13af f9 ?d3 ?08 ? * fsqrt fd24 +0*13b2 f9 ?d3 ?04 ? * fsqrt fd20 +0*13b5 f9 ?d2 ?02 ? * fsqrt fd2 +0*13b8 f9 ?d3 ?00 ? * fsqrt fd16 +0*13bb f9 ?d3 ?0e ? * fsqrt fd30 +0*13be f9 ?d3 ?0a ? * fsqrt fd26 +0*13c1 f9 ?d2 ?0c ? * fsqrt fd12 +0*13c4 f9 ?d3 ?06 ? * fsqrt fd22 +0*13c7 fb ?d4 ?80 ?40 ? * fsqrt fd8, ?fd4 +0*13cb fb ?d4 ?00 ?a0 ? * fsqrt fd0, ?fd10 +0*13cf fb ?d4 ?40 ?2a ? * fsqrt fd20, ?fd18 +0*13d3 fb ?d4 ?c0 ?68 ? * fsqrt fd28, ?fd6 +0*13d7 fb ?d4 ?a0 ?e8 ? * fsqrt fd26, ?fd14 +0*13db fb ?d4 ?20 ?82 ? * fsqrt fd2, ?fd24 +0*13df fb ?d4 ?60 ?08 ? * fsqrt fd22, ?fd0 +0*13e3 fb ?d4 ?a0 ?c2 ? * fsqrt fd10, ?fd28 +0*13e7 fb ?d4 ?80 ?4a ? * fsqrt fd24, ?fd20 +0*13eb fb ?d4 ?00 ?ea ? * fsqrt fd16, ?fd30 +0*13ef fb ?d4 ?c0 ?62 ? * fsqrt fd12, ?fd22 +0*13f3 f9 ?d5 ?42 ? * fcmp fd4, ?fd18 +0*13f6 f9 ?d5 ?ae ? * fcmp fd10, ?fd30 +0*13f9 f9 ?d6 ?28 ? * fcmp fd18, ?fd8 +0*13fc f9 ?d5 ?60 ? * fcmp fd6, ?fd16 +0*13ff f9 ?d4 ?e4 ? * fcmp fd14, ?fd4 +0*1402 f9 ?d6 ?8c ? * fcmp fd24, ?fd12 +0*1405 f9 ?d4 ?0e ? * fcmp fd0, ?fd14 +0*1408 f9 ?d6 ?c6 ? * fcmp fd28, ?fd6 +0*140b f9 ?d6 ?42 ? * fcmp fd20, ?fd2 +0*140e f9 ?d7 ?ea ? * fcmp fd30, ?fd26 +0*1411 f9 ?d6 ?68 ? * fcmp fd22, ?fd8 +0*1414 f9 ?e2 ?20 ? * fadd fd18, ?fd0 +0*1417 f9 ?e3 ?e4 ? * fadd fd30, ?fd20 +0*141a f9 ?e1 ?8c ? * fadd fd8, ?fd28 +0*141d f9 ?e3 ?0a ? * fadd fd16, ?fd26 +0*1420 f9 ?e0 ?42 ? * fadd fd4, ?fd2 +0*1423 f9 ?e1 ?c6 ? * fadd fd12, ?fd22 +0*1426 f9 ?e0 ?ea ? * fadd fd14, ?fd10 +0*1429 f9 ?e1 ?68 ? * fadd fd6, ?fd24 +0*142c f9 ?e1 ?20 ? * fadd fd2, ?fd16 +0*142f f9 ?e2 ?ac ? * fadd fd26, ?fd12 +0*1432 f9 ?e0 ?84 ? * fadd fd8, ?fd4 +0*1435 fb ?e0 ?0a ?e2 ? * fadd fd0, ?fd10, ?fd30 +0*1439 fb ?e0 ?42 ?8c ? * fadd fd20, ?fd18, ?fd8 +0*143d fb ?e0 ?c6 ?0a ? * fadd fd28, ?fd6, ?fd16 +0*1441 fb ?e0 ?ae ?48 ? * fadd fd26, ?fd14, ?fd4 +0*1445 fb ?e0 ?28 ?c4 ? * fadd fd2, ?fd24, ?fd12 +0*1449 fb ?e0 ?60 ?e8 ? * fadd fd22, ?fd0, ?fd14 +0*144d fb ?e0 ?ac ?64 ? * fadd fd10, ?fd28, ?fd6 +0*1451 fb ?e0 ?84 ?2c ? * fadd fd24, ?fd20, ?fd2 +0*1455 fb ?e0 ?0e ?ae ? * fadd fd16, ?fd30, ?fd26 +0*1459 fb ?e0 ?c6 ?84 ? * fadd fd12, ?fd22, ?fd8 +0*145d fb ?e0 ?42 ?04 ? * fadd fd4, ?fd18, ?fd0 +0*1461 f9 ?e5 ?ae ? * fsub fd10, ?fd30 +0*1464 f9 ?e6 ?28 ? * fsub fd18, ?fd8 +0*1467 f9 ?e5 ?60 ? * fsub fd6, ?fd16 +0*146a f9 ?e4 ?e4 ? * fsub fd14, ?fd4 +0*146d f9 ?e6 ?8c ? * fsub fd24, ?fd12 +0*1470 f9 ?e4 ?0e ? * fsub fd0, ?fd14 +0*1473 f9 ?e6 ?c6 ? * fsub fd28, ?fd6 +0*1476 f9 ?e6 ?42 ? * fsub fd20, ?fd2 +0*1479 f9 ?e7 ?ea ? * fsub fd30, ?fd26 +0*147c f9 ?e6 ?68 ? * fsub fd22, ?fd8 +0*147f f9 ?e6 ?20 ? * fsub fd18, ?fd0 +0*1482 fb ?e4 ?e4 ?2e ? * fsub fd30, ?fd20, ?fd18 +0*1486 fb ?e4 ?8c ?64 ? * fsub fd8, ?fd28, ?fd6 +0*148a fb ?e4 ?0a ?ec ? * fsub fd16, ?fd26, ?fd14 +0*148e fb ?e4 ?42 ?82 ? * fsub fd4, ?fd2, ?fd24 +0*1492 fb ?e4 ?c6 ?04 ? * fsub fd12, ?fd22, ?fd0 +0*1496 fb ?e4 ?ea ?c2 ? * fsub fd14, ?fd10, ?fd28 +0*149a fb ?e4 ?68 ?46 ? * fsub fd6, ?fd24, ?fd20 +0*149e fb ?e4 ?20 ?e6 ? * fsub fd2, ?fd16, ?fd30 +0*14a2 fb ?e4 ?ac ?6a ? * fsub fd26, ?fd12, ?fd22 +0*14a6 fb ?e4 ?84 ?22 ? * fsub fd8, ?fd4, ?fd18 +0*14aa fb ?e4 ?0a ?e2 ? * fsub fd0, ?fd10, ?fd30 +0*14ae f9 ?f3 ?42 ? * fmul fd20, ?fd18 +0*14b1 f9 ?f2 ?c6 ? * fmul fd28, ?fd6 +0*14b4 f9 ?f2 ?ae ? * fmul fd26, ?fd14 +0*14b7 f9 ?f1 ?28 ? * fmul fd2, ?fd24 +0*14ba f9 ?f2 ?60 ? * fmul fd22, ?fd0 +0*14bd f9 ?f1 ?ac ? * fmul fd10, ?fd28 +0*14c0 f9 ?f3 ?84 ? * fmul fd24, ?fd20 +0*14c3 f9 ?f3 ?0e ? * fmul fd16, ?fd30 +0*14c6 f9 ?f1 ?c6 ? * fmul fd12, ?fd22 +0*14c9 f9 ?f1 ?42 ? * fmul fd4, ?fd18 +0*14cc f9 ?f1 ?ae ? * fmul fd10, ?fd30 +0*14cf fb ?f0 ?28 ?ca ? * fmul fd18, ?fd8, ?fd28 +0*14d3 fb ?f0 ?60 ?a6 ? * fmul fd6, ?fd16, ?fd26 +0*14d7 fb ?f0 ?e4 ?20 ? * fmul fd14, ?fd4, ?fd2 +0*14db fb ?f0 ?8c ?6a ? * fmul fd24, ?fd12, ?fd22 +0*14df fb ?f0 ?0e ?a0 ? * fmul fd0, ?fd14, ?fd10 +0*14e3 fb ?f0 ?c6 ?8a ? * fmul fd28, ?fd6, ?fd24 +0*14e7 fb ?f0 ?42 ?0a ? * fmul fd20, ?fd2, ?fd16 +0*14eb fb ?f0 ?ea ?cc ? * fmul fd30, ?fd26, ?fd12 +0*14ef fb ?f0 ?68 ?48 ? * fmul fd22, ?fd8, ?fd4 +0*14f3 fb ?f0 ?20 ?a8 ? * fmul fd18, ?fd0, ?fd10 +0*14f7 fb ?f0 ?e4 ?2e ? * fmul fd30, ?fd20, ?fd18 +0*14fb f9 ?f5 ?8c ? * fdiv fd8, ?fd28 +0*14fe f9 ?f7 ?0a ? * fdiv fd16, ?fd26 +0*1501 f9 ?f4 ?42 ? * fdiv fd4, ?fd2 +0*1504 f9 ?f5 ?c6 ? * fdiv fd12, ?fd22 +0*1507 f9 ?f4 ?ea ? * fdiv fd14, ?fd10 +0*150a f9 ?f5 ?68 ? * fdiv fd6, ?fd24 +0*150d f9 ?f5 ?20 ? * fdiv fd2, ?fd16 +0*1510 f9 ?f6 ?ac ? * fdiv fd26, ?fd12 +0*1513 f9 ?f4 ?84 ? * fdiv fd8, ?fd4 +0*1516 f9 ?f4 ?0a ? * fdiv fd0, ?fd10 +0*1519 f9 ?f7 ?42 ? * fdiv fd20, ?fd18 +0*151c fb ?f4 ?c6 ?0a ? * fdiv fd28, ?fd6, ?fd16 +0*1520 fb ?f4 ?ae ?48 ? * fdiv fd26, ?fd14, ?fd4 +0*1524 fb ?f4 ?28 ?c4 ? * fdiv fd2, ?fd24, ?fd12 +0*1528 fb ?f4 ?60 ?e8 ? * fdiv fd22, ?fd0, ?fd14 +0*152c fb ?f4 ?ac ?64 ? * fdiv fd10, ?fd28, ?fd6 +0*1530 fb ?f4 ?84 ?2c ? * fdiv fd24, ?fd20, ?fd2 +0*1534 fb ?f4 ?0e ?ae ? * fdiv fd16, ?fd30, ?fd26 +0*1538 fb ?f4 ?c6 ?84 ? * fdiv fd12, ?fd22, ?fd8 +0*153c fb ?f4 ?42 ?04 ? * fdiv fd4, ?fd18, ?fd0 +0*1540 fb ?f4 ?ae ?46 ? * fdiv fd10, ?fd30, ?fd20 +0*1544 fb ?f4 ?28 ?ca ? * fdiv fd18, ?fd8, ?fd28 +# fpconv: +0*1548 fb ?40 ?b0 ?88 ? * ftoi fs27, ?fs8 +0*154c fb ?40 ?50 ?f8 ? * ftoi fs21, ?fs15 +0*1550 fb ?40 ?60 ?98 ? * ftoi fs22, ?fs9 +0*1554 fb ?40 ?00 ?a8 ? * ftoi fs16, ?fs10 +0*1558 fb ?40 ?70 ?48 ? * ftoi fs23, ?fs4 +0*155c fb ?40 ?10 ?b8 ? * ftoi fs17, ?fs11 +0*1560 fb ?40 ?20 ?58 ? * ftoi fs18, ?fs5 +0*1564 fb ?40 ?c0 ?60 ? * ftoi fs12, ?fs6 +0*1568 fb ?40 ?30 ?08 ? * ftoi fs19, ?fs0 +0*156c fb ?40 ?d0 ?70 ? * ftoi fs13, ?fs7 +0*1570 fb ?40 ?e0 ?10 ? * ftoi fs14, ?fs1 +0*1574 fb ?42 ?80 ?20 ? * itof fs8, ?fs2 +0*1578 fb ?42 ?f0 ?c2 ? * itof fs15, ?fs28 +0*157c fb ?42 ?90 ?30 ? * itof fs9, ?fs3 +0*1580 fb ?42 ?a0 ?d2 ? * itof fs10, ?fs29 +0*1584 fb ?42 ?40 ?e2 ? * itof fs4, ?fs30 +0*1588 fb ?42 ?b0 ?82 ? * itof fs11, ?fs24 +0*158c fb ?42 ?50 ?f2 ? * itof fs5, ?fs31 +0*1590 fb ?42 ?60 ?92 ? * itof fs6, ?fs25 +0*1594 fb ?42 ?00 ?a2 ? * itof fs0, ?fs26 +0*1598 fb ?42 ?70 ?42 ? * itof fs7, ?fs20 +0*159c fb ?42 ?10 ?b2 ? * itof fs1, ?fs27 +0*15a0 fb ?52 ?20 ?e0 ? * ftod fs2, ?fd14 +0*15a4 fb ?52 ?c0 ?8a ? * ftod fs28, ?fd24 +0*15a8 fb ?52 ?30 ?00 ? * ftod fs3, ?fd0 +0*15ac fb ?52 ?d0 ?ca ? * ftod fs29, ?fd28 +0*15b0 fb ?52 ?e0 ?4a ? * ftod fs30, ?fd20 +0*15b4 fb ?52 ?80 ?ea ? * ftod fs24, ?fd30 +0*15b8 fb ?52 ?f0 ?6a ? * ftod fs31, ?fd22 +0*15bc fb ?52 ?90 ?2a ? * ftod fs25, ?fd18 +0*15c0 fb ?52 ?a0 ?ea ? * ftod fs26, ?fd30 +0*15c4 fb ?52 ?40 ?88 ? * ftod fs20, ?fd8 +0*15c8 fb ?52 ?b0 ?0a ? * ftod fs27, ?fd16 +0*15cc fb ?56 ?e0 ?f0 ? * dtof fd14, ?fs15 +0*15d0 fb ?56 ?80 ?98 ? * dtof fd24, ?fs9 +0*15d4 fb ?56 ?00 ?a0 ? * dtof fd0, ?fs10 +0*15d8 fb ?56 ?c0 ?48 ? * dtof fd28, ?fs4 +0*15dc fb ?56 ?40 ?b8 ? * dtof fd20, ?fs11 +0*15e0 fb ?56 ?e0 ?58 ? * dtof fd30, ?fs5 +0*15e4 fb ?56 ?60 ?68 ? * dtof fd22, ?fs6 +0*15e8 fb ?56 ?20 ?08 ? * dtof fd18, ?fs0 +0*15ec fb ?56 ?e0 ?78 ? * dtof fd30, ?fs7 +0*15f0 fb ?56 ?80 ?10 ? * dtof fd8, ?fs1 +0*15f4 fb ?56 ?00 ?28 ? * dtof fd16, ?fs2 +# condjmp: +0*15f8 f8 ?d0 ?00 ? * fbeq 0*15f8 + 15fa: R_MN10300_PCREL8 condjmp\+0x2 +0*15fb f8 ?d1 ?00 ? * fbne 0*15fb + 15fd: R_MN10300_PCREL8 condjmp\+0x2 +0*15fe f8 ?d2 ?00 ? * fbgt 0*15fe + 1600: R_MN10300_PCREL8 condjmp\+0x2 +0*1601 f8 ?d3 ?00 ? * fbge 0*1601 + 1603: R_MN10300_PCREL8 condjmp\+0x2 +0*1604 f8 ?d4 ?00 ? * fblt 0*1604 + 1606: R_MN10300_PCREL8 condjmp\+0x2 +0*1607 f8 ?d5 ?00 ? * fble 0*1607 + 1609: R_MN10300_PCREL8 condjmp\+0x2 +0*160a f8 ?d6 ?00 ? * fbuo 0*160a + 160c: R_MN10300_PCREL8 condjmp\+0x2 +0*160d f8 ?d7 ?00 ? * fblg 0*160d + 160f: R_MN10300_PCREL8 condjmp\+0x2 +0*1610 f8 ?d8 ?00 ? * fbleg 0*1610 + 1612: R_MN10300_PCREL8 condjmp\+0x2 +0*1613 f8 ?d9 ?00 ? * fbug 0*1613 + 1615: R_MN10300_PCREL8 condjmp\+0x2 +0*1616 f8 ?da ?00 ? * fbuge 0*1616 + 1618: R_MN10300_PCREL8 condjmp\+0x2 +0*1619 f8 ?db ?00 ? * fbul 0*1619 + 161b: R_MN10300_PCREL8 condjmp\+0x2 +0*161c f8 ?dc ?00 ? * fbule 0*161c + 161e: R_MN10300_PCREL8 condjmp\+0x2 +0*161f f8 ?dd ?00 ? * fbue 0*161f + 1621: R_MN10300_PCREL8 condjmp\+0x2 +0*1622 f0 ?d0 ? * fleq +0*1624 f0 ?d1 ? * flne +0*1626 f0 ?d2 ? * flgt +0*1628 f0 ?d3 ? * flge +0*162a f0 ?d4 ? * fllt +0*162c f0 ?d5 ? * flle +0*162e f0 ?d6 ? * fluo +0*1630 f0 ?d7 ? * fllg +0*1632 f0 ?d8 ? * flleg +0*1634 f0 ?d9 ? * flug +0*1636 f0 ?da ? * fluge +0*1638 f0 ?db ? * flul +0*163a f0 ?dc ? * flule +0*163c f0 ?dd ? * flue diff --git a/gas/testsuite/gas/mn10300/am33-2.s b/gas/testsuite/gas/mn10300/am33-2.s new file mode 100644 index 00000000000..7c9749817cf --- /dev/null +++ b/gas/testsuite/gas/mn10300/am33-2.s @@ -0,0 +1,1306 @@ + .text + .am33_2 +dcpf: + dcpf (r0) + dcpf (r10) + dcpf (d1) + dcpf (r7) + dcpf (e4) + dcpf (d2) + dcpf (r1) + dcpf (r11) + dcpf (a0) + dcpf (r2) + dcpf (e5) + dcpf (sp) + dcpf (d3, r12) + dcpf (a1, r3) + dcpf (a2, r13) + dcpf (r4, r14) + dcpf (a3, r8) + dcpf (r5, r15) + dcpf (r6, r9) + dcpf (r0, r10) + dcpf (r7, e4) + dcpf (r1, r11) + dcpf (r2, e5) + dcpf (104, e6) + dcpf (1, e0) + dcpf (-128, e7) + dcpf (32, e1) + dcpf (73, e2) + dcpf (33, d0) + dcpf (-69, e3) + dcpf (-1, d1) + dcpf (-32, d2) + dcpf (-20, a0) + dcpf (-95, d3) + dcpf (-7903933, a1) + dcpf (-8388608, a2) + dcpf (4202512, r4) + dcpf (130944, a3) + dcpf (4194304, r5) + dcpf (1193046, r6) + dcpf (-8323327, r0) + dcpf (-4186096, r7) + dcpf (-7903933, r1) + dcpf (-8388608, r2) + dcpf (4202512, r12) + dcpf (33554304, r3) + dcpf (1073741824, r13) + dcpf (305419896, r14) + dcpf (-2130706687, r8) + dcpf (-1071640568, r15) + dcpf (-2023406815, r9) + dcpf (-2147483648, r10) + dcpf (1075843080, e4) + dcpf (33554304, r11) + dcpf (1073741824, e5) + dcpf (305419896, e6) +bit: + bset 1, (32768) + bset 128, (16416) + bset 32, (384) + bset 73, (32767) + bset 33, (4660) + bset 187, (32769) + bset 255, (49184) + bset 224, (34661) + bset 236, (32768) + bset 161, (16416) + bset 254, (384) + bclr 0, (32767) + bclr 127, (4660) + bclr 24, (32769) + bclr 229, (49184) + bclr 104, (34661) + bclr 1, (32768) + bclr 128, (16416) + bclr 32, (384) + bclr 73, (32767) + bclr 33, (4660) + bclr 187, (32769) + btst 255, (49184) + btst 224, (34661) + btst 236, (32768) + btst 161, (16416) + btst 254, (384) + btst 0, (32767) + btst 127, (4660) + btst 24, (32769) + btst 229, (49184) + btst 104, (34661) + btst 1, (32768) +fmovs: + fmov (r13), fs23 + fmov (r14), fs17 + fmov (r8), fs18 + fmov (r15), fs12 + fmov (r9), fs19 + fmov (r10), fs13 + fmov (e4), fs14 + fmov (r11), fs8 + fmov (e5), fs15 + fmov (e6), fs9 + fmov (e0), fs10 + fmov (e7+), fs4 + fmov (e1+), fs11 + fmov (e2+), fs5 + fmov (d0+), fs6 + fmov (e3+), fs0 + fmov (d1+), fs7 + fmov (d2+), fs1 + fmov (a0+), fs2 + fmov (d3+), fs28 + fmov (a1+), fs3 + fmov (a2+), fs29 + fmov (sp), fs4 + fmov (sp), fs30 + fmov (sp), fs17 + fmov (sp), fs11 + fmov (sp), fs24 + fmov (sp), fs18 + fmov (sp), fs5 + fmov (sp), fs31 + fmov (sp), fs12 + fmov (sp), fs6 + fmov (sp), fs25 + fmov e3, fs0 + fmov d1, fs7 + fmov d2, fs1 + fmov a0, fs2 + fmov d3, fs28 + fmov a1, fs3 + fmov a2, fs29 + fmov r4, fs30 + fmov a3, fs24 + fmov r5, fs31 + fmov r6, fs25 + fmov fs0, (r10) + fmov fs7, (e4) + fmov fs1, (r11) + fmov fs2, (e5) + fmov fs28, (e6) + fmov fs3, (e0) + fmov fs29, (e7) + fmov fs30, (e1) + fmov fs24, (e2) + fmov fs31, (d0) + fmov fs25, (e3) + fmov fs26, (d1+) + fmov fs20, (d2+) + fmov fs27, (a0+) + fmov fs21, (d3+) + fmov fs22, (a1+) + fmov fs16, (a2+) + fmov fs23, (r4+) + fmov fs17, (a3+) + fmov fs18, (r5+) + fmov fs12, (r6+) + fmov fs19, (r0+) + fmov fs13, (sp) + fmov fs7, (sp) + fmov fs20, (sp) + fmov fs14, (sp) + fmov fs1, (sp) + fmov fs27, (sp) + fmov fs8, (sp) + fmov fs2, (sp) + fmov fs21, (sp) + fmov fs15, (sp) + fmov fs28, (sp) + fmov fs22, a1 + fmov fs16, a2 + fmov fs23, r4 + fmov fs17, a3 + fmov fs18, r5 + fmov fs12, r6 + fmov fs19, r0 + fmov fs13, r7 + fmov fs14, r1 + fmov fs8, r2 + fmov fs15, r12 + fmov fs9, fs3 + fmov fs10, fs29 + fmov fs4, fs30 + fmov fs11, fs24 + fmov fs5, fs31 + fmov fs6, fs25 + fmov fs0, fs26 + fmov fs7, fs20 + fmov fs1, fs27 + fmov fs2, fs21 + fmov fs28, fs22 + fmov (1, e0), fs10 + fmov (-128, e7), fs4 + fmov (32, e1), fs11 + fmov (73, e2), fs5 + fmov (33, d0), fs6 + fmov (-69, e3), fs0 + fmov (-1, d1), fs7 + fmov (-32, d2), fs1 + fmov (-20, a0), fs2 + fmov (-95, d3), fs28 + fmov (-2, a1), fs3 + fmov (e0+, -1), fs29 + fmov (e7+, -32), fs30 + fmov (e1+, -20), fs24 + fmov (e2+, -95), fs31 + fmov (d0+, -2), fs25 + fmov (e3+, 0), fs26 + fmov (d1+, 127), fs20 + fmov (d2+, 24), fs27 + fmov (a0+, -27), fs21 + fmov (d3+, 104), fs22 + fmov (a1+, 1), fs16 + fmov (255, sp), fs29 + fmov (224, sp), fs30 + fmov (236, sp), fs24 + fmov (161, sp), fs31 + fmov (254, sp), fs25 + fmov (0, sp), fs26 + fmov (127, sp), fs20 + fmov (24, sp), fs27 + fmov (229, sp), fs21 + fmov (104, sp), fs22 + fmov (1, sp), fs16 + fmov (r13, e7), fs4 + fmov (r14, e1), fs11 + fmov (r8, e2), fs5 + fmov (r15, d0), fs6 + fmov (r9, e3), fs0 + fmov (r10, d1), fs7 + fmov (e4, d2), fs1 + fmov (r11, a0), fs2 + fmov (e5, d3), fs28 + fmov (e6, a1), fs3 + fmov (e0, a2), fs29 + fmov fs23, (-32, r14) + fmov fs17, (-20, r8) + fmov fs18, (-95, r15) + fmov fs12, (-2, r9) + fmov fs19, (0, r10) + fmov fs13, (127, e4) + fmov fs14, (24, r11) + fmov fs8, (-27, e5) + fmov fs15, (104, e6) + fmov fs9, (1, e0) + fmov fs10, (-128, e7) + fmov fs4, (r14+, 24) + fmov fs11, (r8+, -27) + fmov fs5, (r15+, 104) + fmov fs6, (r9+, 1) + fmov fs0, (r10+, -128) + fmov fs7, (e4+, 32) + fmov fs1, (r11+, 73) + fmov fs2, (e5+, 33) + fmov fs28, (e6+, -69) + fmov fs3, (e0+, -1) + fmov fs29, (e7+, -32) + fmov fs30, (24, sp) + fmov fs24, (229, sp) + fmov fs31, (104, sp) + fmov fs25, (1, sp) + fmov fs26, (128, sp) + fmov fs20, (32, sp) + fmov fs27, (73, sp) + fmov fs21, (33, sp) + fmov fs22, (187, sp) + fmov fs16, (255, sp) + fmov fs23, (224, sp) + fmov fs17, (a3, r8) + fmov fs18, (r5, r15) + fmov fs12, (r6, r9) + fmov fs19, (r0, r10) + fmov fs13, (r7, e4) + fmov fs14, (r1, r11) + fmov fs8, (r2, e5) + fmov fs15, (r12, e6) + fmov fs9, (r3, e0) + fmov fs10, (r13, e7) + fmov fs4, (r14, e1) + fmov (-8323327, r8), fs18 + fmov (-4186096, r15), fs12 + fmov (-7903933, r9), fs19 + fmov (-8388608, r10), fs13 + fmov (4202512, e4), fs14 + fmov (130944, r11), fs8 + fmov (4194304, e5), fs15 + fmov (1193046, e6), fs9 + fmov (-8323327, e0), fs10 + fmov (-4186096, e7), fs4 + fmov (-7903933, e1), fs11 + fmov (r8+, 4194304), fs5 + fmov (r15+, 1193046), fs6 + fmov (r9+, -8323327), fs0 + fmov (r10+, -4186096), fs7 + fmov (e4+, -7903933), fs1 + fmov (r11+, -8388608), fs2 + fmov (e5+, 4202512), fs28 + fmov (e6+, 130944), fs3 + fmov (e0+, 4194304), fs29 + fmov (e7+, 1193046), fs30 + fmov (e1+, -8323327), fs24 + fmov (4194304, sp), fs5 + fmov (1193046, sp), fs6 + fmov (8453889, sp), fs0 + fmov (12591120, sp), fs7 + fmov (8873283, sp), fs1 + fmov (8388608, sp), fs2 + fmov (4202512, sp), fs28 + fmov (130944, sp), fs3 + fmov (4194304, sp), fs29 + fmov (1193046, sp), fs30 + fmov (8453889, sp), fs24 + fmov fs5, (4202512, d0) + fmov fs6, (130944, e3) + fmov fs0, (4194304, d1) + fmov fs7, (1193046, d2) + fmov fs1, (-8323327, a0) + fmov fs2, (-4186096, d3) + fmov fs28, (-7903933, a1) + fmov fs3, (-8388608, a2) + fmov fs29, (4202512, r4) + fmov fs30, (130944, a3) + fmov fs24, (4194304, r5) + fmov fs31, (d0+, -7903933) + fmov fs25, (e3+, -8388608) + fmov fs26, (d1+, 4202512) + fmov fs20, (d2+, 130944) + fmov fs27, (a0+, 4194304) + fmov fs21, (d3+, 1193046) + fmov fs22, (a1+, -8323327) + fmov fs16, (a2+, -4186096) + fmov fs23, (r4+, -7903933) + fmov fs17, (a3+, -8388608) + fmov fs18, (r5+, 4202512) + fmov fs12, (8873283, sp) + fmov fs19, (8388608, sp) + fmov fs13, (4202512, sp) + fmov fs14, (130944, sp) + fmov fs8, (4194304, sp) + fmov fs15, (1193046, sp) + fmov fs9, (8453889, sp) + fmov fs10, (12591120, sp) + fmov fs4, (8873283, sp) + fmov fs11, (8388608, sp) + fmov fs5, (4202512, sp) + fmov (-2023406815, r9), fs19 + fmov (-2147483648, r10), fs13 + fmov (1075843080, e4), fs14 + fmov (33554304, r11), fs8 + fmov (1073741824, e5), fs15 + fmov (305419896, e6), fs9 + fmov (-2130706687, e0), fs10 + fmov (-1071640568, e7), fs4 + fmov (-2023406815, e1), fs11 + fmov (-2147483648, e2), fs5 + fmov (1075843080, d0), fs6 + fmov (r9+, -2130706687), fs0 + fmov (r10+, -1071640568), fs7 + fmov (e4+, -2023406815), fs1 + fmov (r11+, -2147483648), fs2 + fmov (e5+, 1075843080), fs28 + fmov (e6+, 33554304), fs3 + fmov (e0+, 1073741824), fs29 + fmov (e7+, 305419896), fs30 + fmov (e1+, -2130706687), fs24 + fmov (e2+, -1071640568), fs31 + fmov (d0+, -2023406815), fs25 + fmov (-2130706687, sp), fs0 + fmov (-1071640568, sp), fs7 + fmov (-2023406815, sp), fs1 + fmov (-2147483648, sp), fs2 + fmov (1075843080, sp), fs28 + fmov (33554304, sp), fs3 + fmov (1073741824, sp), fs29 + fmov (305419896, sp), fs30 + fmov (-2130706687, sp), fs24 + fmov (-1071640568, sp), fs31 + fmov (-2023406815, sp), fs25 + fmov -2147483648, fs26 + fmov 1075843080, fs20 + fmov 33554304, fs27 + fmov 1073741824, fs21 + fmov 305419896, fs22 + fmov -2130706687, fs16 + fmov -1071640568, fs23 + fmov -2023406815, fs17 + fmov -2147483648, fs18 + fmov 1075843080, fs12 + fmov 33554304, fs19 + fmov fs26, (-1071640568, r7) + fmov fs20, (-2023406815, r1) + fmov fs27, (-2147483648, r2) + fmov fs21, (1075843080, r12) + fmov fs22, (33554304, r3) + fmov fs16, (1073741824, r13) + fmov fs23, (305419896, r14) + fmov fs17, (-2130706687, r8) + fmov fs18, (-1071640568, r15) + fmov fs12, (-2023406815, r9) + fmov fs19, (-2147483648, r10) + fmov fs13, (r7+, 305419896) + fmov fs14, (r1+, -2130706687) + fmov fs8, (r2+, -1071640568) + fmov fs15, (r12+, -2023406815) + fmov fs9, (r3+, -2147483648) + fmov fs10, (r13+, 1075843080) + fmov fs4, (r14+, 33554304) + fmov fs11, (r8+, 1073741824) + fmov fs5, (r15+, 305419896) + fmov fs6, (r9+, -2130706687) + fmov fs0, (r10+, -1071640568) + fmov fs7, (305419896, sp) + fmov fs1, (-2130706687, sp) + fmov fs2, (-1071640568, sp) + fmov fs28, (-2023406815, sp) + fmov fs3, (-2147483648, sp) + fmov fs29, (1075843080, sp) + fmov fs30, (33554304, sp) + fmov fs24, (1073741824, sp) + fmov fs31, (305419896, sp) + fmov fs25, (-2130706687, sp) + fmov fs26, (-1071640568, sp) +fmovd: + fmov (e4), fd8 + fmov (r11), fd16 + fmov (e5), fd4 + fmov (e6), fd12 + fmov (e0), fd14 + fmov (e7), fd6 + fmov (e1), fd2 + fmov (e2), fd26 + fmov (d0), fd8 + fmov (e3), fd0 + fmov (d1), fd20 + fmov (d2+), fd28 + fmov (a0+), fd26 + fmov (d3+), fd2 + fmov (a1+), fd22 + fmov (a2+), fd10 + fmov (r4+), fd24 + fmov (a3+), fd16 + fmov (r5+), fd12 + fmov (r6+), fd4 + fmov (r0+), fd10 + fmov (r7+), fd18 + fmov (sp), fd28 + fmov (sp), fd6 + fmov (sp), fd16 + fmov (sp), fd26 + fmov (sp), fd14 + fmov (sp), fd4 + fmov (sp), fd2 + fmov (sp), fd24 + fmov (sp), fd12 + fmov (sp), fd22 + fmov (sp), fd0 + fmov fd14, (r13) + fmov fd6, (r14) + fmov fd2, (r8) + fmov fd26, (r15) + fmov fd8, (r9) + fmov fd0, (r10) + fmov fd20, (e4) + fmov fd28, (r11) + fmov fd26, (e5) + fmov fd2, (e6) + fmov fd22, (e0) + fmov fd10, (e7+) + fmov fd24, (e1+) + fmov fd16, (e2+) + fmov fd12, (d0+) + fmov fd4, (e3+) + fmov fd10, (d1+) + fmov fd18, (d2+) + fmov fd6, (a0+) + fmov fd14, (d3+) + fmov fd24, (a1+) + fmov fd0, (a2+) + fmov fd28, (sp) + fmov fd6, (sp) + fmov fd24, (sp) + fmov fd20, (sp) + fmov fd2, (sp) + fmov fd16, (sp) + fmov fd30, (sp) + fmov fd26, (sp) + fmov fd12, (sp) + fmov fd22, (sp) + fmov fd8, (sp) + fmov fd4, fd18 + fmov fd10, fd30 + fmov fd18, fd8 + fmov fd6, fd16 + fmov fd14, fd4 + fmov fd24, fd12 + fmov fd0, fd14 + fmov fd28, fd6 + fmov fd20, fd2 + fmov fd30, fd26 + fmov fd22, fd8 + fmov (e3, r0), fd10 + fmov (d1, r7), fd18 + fmov (d2, r1), fd6 + fmov (a0, r2), fd14 + fmov (d3, r12), fd24 + fmov (a1, r3), fd0 + fmov (a2, r13), fd28 + fmov (r4, r14), fd20 + fmov (a3, r8), fd30 + fmov (r5, r15), fd22 + fmov (r6, r9), fd18 + fmov fd0, (r10, d1) + fmov fd20, (e4, d2) + fmov fd28, (r11, a0) + fmov fd26, (e5, d3) + fmov fd2, (e6, a1) + fmov fd22, (e0, a2) + fmov fd10, (e7, r4) + fmov fd24, (e1, a3) + fmov fd16, (e2, r5) + fmov fd12, (d0, r6) + fmov fd4, (e3, r0) + fmov (-1, d1), fd20 + fmov (-32, d2), fd28 + fmov (-20, a0), fd26 + fmov (-95, d3), fd2 + fmov (-2, a1), fd22 + fmov (0, a2), fd10 + fmov (127, r4), fd24 + fmov (24, a3), fd16 + fmov (-27, r5), fd12 + fmov (104, r6), fd4 + fmov (1, r0), fd10 + fmov (d1+, 127), fd18 + fmov (d2+, 24), fd6 + fmov (a0+, -27), fd14 + fmov (d3+, 104), fd24 + fmov (a1+, 1), fd0 + fmov (a2+, -128), fd28 + fmov (r4+, 32), fd20 + fmov (a3+, 73), fd30 + fmov (r5+, 33), fd22 + fmov (r6+, -69), fd18 + fmov (r0+, -1), fd30 + fmov (127, sp), fd18 + fmov (24, sp), fd6 + fmov (229, sp), fd14 + fmov (104, sp), fd24 + fmov (1, sp), fd0 + fmov (128, sp), fd28 + fmov (32, sp), fd20 + fmov (73, sp), fd30 + fmov (33, sp), fd22 + fmov (187, sp), fd18 + fmov (255, sp), fd30 + fmov fd18, (32, r1) + fmov fd6, (73, r2) + fmov fd14, (33, r12) + fmov fd24, (-69, r3) + fmov fd0, (-1, r13) + fmov fd28, (-32, r14) + fmov fd20, (-20, r8) + fmov fd30, (-95, r15) + fmov fd22, (-2, r9) + fmov fd18, (0, r10) + fmov fd30, (127, e4) + fmov fd8, (r1+, -20) + fmov fd16, (r2+, -95) + fmov fd4, (r12+, -2) + fmov fd12, (r3+, 0) + fmov fd14, (r13+, 127) + fmov fd6, (r14+, 24) + fmov fd2, (r8+, -27) + fmov fd26, (r15+, 104) + fmov fd8, (r9+, 1) + fmov fd0, (r10+, -128) + fmov fd20, (e4+, 32) + fmov fd28, (236, sp) + fmov fd26, (161, sp) + fmov fd2, (254, sp) + fmov fd22, (0, sp) + fmov fd10, (127, sp) + fmov fd24, (24, sp) + fmov fd16, (229, sp) + fmov fd12, (104, sp) + fmov fd4, (1, sp) + fmov fd10, (128, sp) + fmov fd18, (32, sp) + fmov (-8323327, a0), fd26 + fmov (-4186096, d3), fd2 + fmov (-7903933, a1), fd22 + fmov (-8388608, a2), fd10 + fmov (4202512, r4), fd24 + fmov (130944, a3), fd16 + fmov (4194304, r5), fd12 + fmov (1193046, r6), fd4 + fmov (-8323327, r0), fd10 + fmov (-4186096, r7), fd18 + fmov (-7903933, r1), fd6 + fmov (a0+, 4194304), fd14 + fmov (d3+, 1193046), fd24 + fmov (a1+, -8323327), fd0 + fmov (a2+, -4186096), fd28 + fmov (r4+, -7903933), fd20 + fmov (a3+, -8388608), fd30 + fmov (r5+, 4202512), fd22 + fmov (r6+, 130944), fd18 + fmov (r0+, 4194304), fd30 + fmov (r7+, 1193046), fd8 + fmov (r1+, -8323327), fd16 + fmov (4194304, sp), fd14 + fmov (1193046, sp), fd24 + fmov (8453889, sp), fd0 + fmov (12591120, sp), fd28 + fmov (8873283, sp), fd20 + fmov (8388608, sp), fd30 + fmov (4202512, sp), fd22 + fmov (130944, sp), fd18 + fmov (4194304, sp), fd30 + fmov (1193046, sp), fd8 + fmov (8453889, sp), fd16 + fmov fd14, (4202512, r12) + fmov fd24, (130944, r3) + fmov fd0, (4194304, r13) + fmov fd28, (1193046, r14) + fmov fd20, (-8323327, r8) + fmov fd30, (-4186096, r15) + fmov fd22, (-7903933, r9) + fmov fd18, (-8388608, r10) + fmov fd30, (4202512, e4) + fmov fd8, (130944, r11) + fmov fd16, (4194304, e5) + fmov fd4, (r12+, -7903933) + fmov fd12, (r3+, -8388608) + fmov fd14, (r13+, 4202512) + fmov fd6, (r14+, 130944) + fmov fd2, (r8+, 4194304) + fmov fd26, (r15+, 1193046) + fmov fd8, (r9+, -8323327) + fmov fd0, (r10+, -4186096) + fmov fd20, (e4+, -7903933) + fmov fd28, (r11+, -8388608) + fmov fd26, (e5+, 4202512) + fmov fd2, (8873283, sp) + fmov fd22, (8388608, sp) + fmov fd10, (4202512, sp) + fmov fd24, (130944, sp) + fmov fd16, (4194304, sp) + fmov fd12, (1193046, sp) + fmov fd4, (8453889, sp) + fmov fd10, (12591120, sp) + fmov fd18, (8873283, sp) + fmov fd6, (8388608, sp) + fmov fd14, (4202512, sp) + fmov (-2023406815, a1), fd22 + fmov (-2147483648, a2), fd10 + fmov (1075843080, r4), fd24 + fmov (33554304, a3), fd16 + fmov (1073741824, r5), fd12 + fmov (305419896, r6), fd4 + fmov (-2130706687, r0), fd10 + fmov (-1071640568, r7), fd18 + fmov (-2023406815, r1), fd6 + fmov (-2147483648, r2), fd14 + fmov (1075843080, r12), fd24 + fmov (a1+, -2130706687), fd0 + fmov (a2+, -1071640568), fd28 + fmov (r4+, -2023406815), fd20 + fmov (a3+, -2147483648), fd30 + fmov (r5+, 1075843080), fd22 + fmov (r6+, 33554304), fd18 + fmov (r0+, 1073741824), fd30 + fmov (r7+, 305419896), fd8 + fmov (r1+, -2130706687), fd16 + fmov (r2+, -1071640568), fd4 + fmov (r12+, -2023406815), fd12 + fmov (-2130706687, sp), fd0 + fmov (-1071640568, sp), fd28 + fmov (-2023406815, sp), fd20 + fmov (-2147483648, sp), fd30 + fmov (1075843080, sp), fd22 + fmov (33554304, sp), fd18 + fmov (1073741824, sp), fd30 + fmov (305419896, sp), fd8 + fmov (-2130706687, sp), fd16 + fmov (-1071640568, sp), fd4 + fmov (-2023406815, sp), fd12 + fmov fd0, (1073741824, r13) + fmov fd28, (305419896, r14) + fmov fd20, (-2130706687, r8) + fmov fd30, (-1071640568, r15) + fmov fd22, (-2023406815, r9) + fmov fd18, (-2147483648, r10) + fmov fd30, (1075843080, e4) + fmov fd8, (33554304, r11) + fmov fd16, (1073741824, e5) + fmov fd4, (305419896, e6) + fmov fd12, (-2130706687, e0) + fmov fd14, (r13+, 1075843080) + fmov fd6, (r14+, 33554304) + fmov fd2, (r8+, 1073741824) + fmov fd26, (r15+, 305419896) + fmov fd8, (r9+, -2130706687) + fmov fd0, (r10+, -1071640568) + fmov fd20, (e4+, -2023406815) + fmov fd28, (r11+, -2147483648) + fmov fd26, (e5+, 1075843080) + fmov fd2, (e6+, 33554304) + fmov fd22, (e0+, 1073741824) + fmov fd10, (1075843080, sp) + fmov fd24, (33554304, sp) + fmov fd16, (1073741824, sp) + fmov fd12, (305419896, sp) + fmov fd4, (-2130706687, sp) + fmov fd10, (-1071640568, sp) + fmov fd18, (-2023406815, sp) + fmov fd6, (-2147483648, sp) + fmov fd14, (1075843080, sp) + fmov fd24, (33554304, sp) + fmov fd0, (1073741824, sp) +fmovc: + fmov e7, fpcr + fmov r4, fpcr + fmov r14, fpcr + fmov e1, fpcr + fmov a3, fpcr + fmov r8, fpcr + fmov e2, fpcr + fmov r5, fpcr + fmov r15, fpcr + fmov d0, fpcr + fmov r6, fpcr + fmov fpcr, r9 + fmov fpcr, e3 + fmov fpcr, r0 + fmov fpcr, r10 + fmov fpcr, d1 + fmov fpcr, r7 + fmov fpcr, e4 + fmov fpcr, d2 + fmov fpcr, r1 + fmov fpcr, r11 + fmov fpcr, a0 + fmov 1073741824, fpcr + fmov -1071640568, fpcr + fmov 1075843080, fpcr + fmov 305419896, fpcr + fmov -2023406815, fpcr + fmov 33554304, fpcr + fmov -2130706687, fpcr + fmov -2147483648, fpcr + fmov 1073741824, fpcr + fmov -1071640568, fpcr + fmov 1075843080, fpcr +sfparith: + fabs fs4 + fabs fs30 + fabs fs17 + fabs fs11 + fabs fs24 + fabs fs18 + fabs fs5 + fabs fs31 + fabs fs12 + fabs fs6 + fabs fs25 + fabs fs19, fs0 + fabs fs13, fs7 + fabs fs14, fs1 + fabs fs8, fs2 + fabs fs15, fs28 + fabs fs9, fs3 + fabs fs10, fs29 + fabs fs4, fs30 + fabs fs11, fs24 + fabs fs5, fs31 + fabs fs6, fs25 + fneg fs0 + fneg fs26 + fneg fs13 + fneg fs7 + fneg fs20 + fneg fs14 + fneg fs1 + fneg fs27 + fneg fs8 + fneg fs2 + fneg fs21 + fneg fs15, fs28 + fneg fs9, fs3 + fneg fs10, fs29 + fneg fs4, fs30 + fneg fs11, fs24 + fneg fs5, fs31 + fneg fs6, fs25 + fneg fs0, fs26 + fneg fs7, fs20 + fneg fs1, fs27 + fneg fs2, fs21 + frsqrt fs28 + frsqrt fs22 + frsqrt fs9 + frsqrt fs3 + frsqrt fs16 + frsqrt fs10 + frsqrt fs29 + frsqrt fs23 + frsqrt fs4 + frsqrt fs30 + frsqrt fs17 + frsqrt fs11, fs24 + frsqrt fs5, fs31 + frsqrt fs6, fs25 + frsqrt fs0, fs26 + frsqrt fs7, fs20 + frsqrt fs1, fs27 + frsqrt fs2, fs21 + frsqrt fs28, fs22 + frsqrt fs3, fs16 + frsqrt fs29, fs23 + frsqrt fs30, fs17 + fsqrt fs24 + fsqrt fs18 + fsqrt fs5 + fsqrt fs31 + fsqrt fs12 + fsqrt fs6 + fsqrt fs25 + fsqrt fs19 + fsqrt fs0 + fsqrt fs26 + fsqrt fs13 + fsqrt fs7, fs20 + fsqrt fs1, fs27 + fsqrt fs2, fs21 + fsqrt fs28, fs22 + fsqrt fs3, fs16 + fsqrt fs29, fs23 + fsqrt fs30, fs17 + fsqrt fs24, fs18 + fsqrt fs31, fs12 + fsqrt fs25, fs19 + fsqrt fs26, fs13 + fcmp fs20, fs14 + fcmp fs27, fs8 + fcmp fs21, fs15 + fcmp fs22, fs9 + fcmp fs16, fs10 + fcmp fs23, fs4 + fcmp fs17, fs11 + fcmp fs18, fs5 + fcmp fs12, fs6 + fcmp fs19, fs0 + fcmp fs13, fs7 + fcmp -2023406815, fs1 + fcmp -2147483648, fs2 + fcmp 1075843080, fs28 + fcmp 33554304, fs3 + fcmp 1073741824, fs29 + fcmp 305419896, fs30 + fcmp -2130706687, fs24 + fcmp -1071640568, fs31 + fcmp -2023406815, fs25 + fcmp -2147483648, fs26 + fcmp 1075843080, fs20 + fadd fs1, fs27 + fadd fs2, fs21 + fadd fs28, fs22 + fadd fs3, fs16 + fadd fs29, fs23 + fadd fs30, fs17 + fadd fs24, fs18 + fadd fs31, fs12 + fadd fs25, fs19 + fadd fs26, fs13 + fadd fs20, fs14 + fadd fs27, fs8, fs2 + fadd fs21, fs15, fs28 + fadd fs22, fs9, fs3 + fadd fs16, fs10, fs29 + fadd fs23, fs4, fs30 + fadd fs17, fs11, fs24 + fadd fs18, fs5, fs31 + fadd fs12, fs6, fs25 + fadd fs19, fs0, fs26 + fadd fs13, fs7, fs20 + fadd fs14, fs1, fs27 + fadd -2147483648, fs2, fs21 + fadd 1075843080, fs28, fs22 + fadd 33554304, fs3, fs16 + fadd 1073741824, fs29, fs23 + fadd 305419896, fs30, fs17 + fadd -2130706687, fs24, fs18 + fadd -1071640568, fs31, fs12 + fadd -2023406815, fs25, fs19 + fadd -2147483648, fs26, fs13 + fadd 1075843080, fs20, fs14 + fadd 33554304, fs27, fs8 + fsub fs2, fs21 + fsub fs28, fs22 + fsub fs3, fs16 + fsub fs29, fs23 + fsub fs30, fs17 + fsub fs24, fs18 + fsub fs31, fs12 + fsub fs25, fs19 + fsub fs26, fs13 + fsub fs20, fs14 + fsub fs27, fs8 + fsub fs21, fs15, fs28 + fsub fs22, fs9, fs3 + fsub fs16, fs10, fs29 + fsub fs23, fs4, fs30 + fsub fs17, fs11, fs24 + fsub fs18, fs5, fs31 + fsub fs12, fs6, fs25 + fsub fs19, fs0, fs26 + fsub fs13, fs7, fs20 + fsub fs14, fs1, fs27 + fsub fs8, fs2, fs21 + fsub 1075843080, fs28, fs22 + fsub 33554304, fs3, fs16 + fsub 1073741824, fs29, fs23 + fsub 305419896, fs30, fs17 + fsub -2130706687, fs24, fs18 + fsub -1071640568, fs31, fs12 + fsub -2023406815, fs25, fs19 + fsub -2147483648, fs26, fs13 + fsub 1075843080, fs20, fs14 + fsub 33554304, fs27, fs8 + fsub 1073741824, fs21, fs15 + fmul fs28, fs22 + fmul fs3, fs16 + fmul fs29, fs23 + fmul fs30, fs17 + fmul fs24, fs18 + fmul fs31, fs12 + fmul fs25, fs19 + fmul fs26, fs13 + fmul fs20, fs14 + fmul fs27, fs8 + fmul fs21, fs15 + fmul fs22, fs9, fs3 + fmul fs16, fs10, fs29 + fmul fs23, fs4, fs30 + fmul fs17, fs11, fs24 + fmul fs18, fs5, fs31 + fmul fs12, fs6, fs25 + fmul fs19, fs0, fs26 + fmul fs13, fs7, fs20 + fmul fs14, fs1, fs27 + fmul fs8, fs2, fs21 + fmul fs15, fs28, fs22 + fmul 33554304, fs3, fs16 + fmul 1073741824, fs29, fs23 + fmul 305419896, fs30, fs17 + fmul -2130706687, fs24, fs18 + fmul -1071640568, fs31, fs12 + fmul -2023406815, fs25, fs19 + fmul -2147483648, fs26, fs13 + fmul 1075843080, fs20, fs14 + fmul 33554304, fs27, fs8 + fmul 1073741824, fs21, fs15 + fmul 305419896, fs22, fs9 + fdiv fs3, fs16 + fdiv fs29, fs23 + fdiv fs30, fs17 + fdiv fs24, fs18 + fdiv fs31, fs12 + fdiv fs25, fs19 + fdiv fs26, fs13 + fdiv fs20, fs14 + fdiv fs27, fs8 + fdiv fs21, fs15 + fdiv fs22, fs9 + fdiv fs16, fs10, fs29 + fdiv fs23, fs4, fs30 + fdiv fs17, fs11, fs24 + fdiv fs18, fs5, fs31 + fdiv fs12, fs6, fs25 + fdiv fs19, fs0, fs26 + fdiv fs13, fs7, fs20 + fdiv fs14, fs1, fs27 + fdiv fs8, fs2, fs21 + fdiv fs15, fs28, fs22 + fdiv fs9, fs3, fs16 + fdiv 1073741824, fs29, fs23 + fdiv 305419896, fs30, fs17 + fdiv -2130706687, fs24, fs18 + fdiv -1071640568, fs31, fs12 + fdiv -2023406815, fs25, fs19 + fdiv -2147483648, fs26, fs13 + fdiv 1075843080, fs20, fs14 + fdiv 33554304, fs27, fs8 + fdiv 1073741824, fs21, fs15 + fdiv 305419896, fs22, fs9 + fdiv -2130706687, fs16, fs10 +fpacc: + fmadd fs29, fs23, fs4, fs2 + fmadd fs11, fs24, fs18, fs5 + fmadd fs12, fs6, fs25, fs3 + fmadd fs26, fs13, fs7, fs4 + fmadd fs1, fs27, fs8, fs2 + fmadd fs15, fs28, fs22, fs1 + fmadd fs16, fs10, fs29, fs1 + fmadd fs30, fs17, fs11, fs0 + fmadd fs5, fs31, fs12, fs6 + fmadd fs19, fs0, fs26, fs3 + fmadd fs20, fs14, fs1, fs5 + fmsub fs2, fs21, fs15, fs4 + fmsub fs9, fs3, fs16, fs6 + fmsub fs23, fs4, fs30, fs7 + fmsub fs24, fs18, fs5, fs7 + fmsub fs6, fs25, fs19, fs0 + fmsub fs13, fs7, fs20, fs2 + fmsub fs27, fs8, fs2, fs5 + fmsub fs28, fs22, fs9, fs3 + fmsub fs10, fs29, fs23, fs4 + fmsub fs17, fs11, fs24, fs2 + fmsub fs31, fs12, fs6, fs1 + fnmadd fs0, fs26, fs13, fs1 + fnmadd fs14, fs1, fs27, fs0 + fnmadd fs21, fs15, fs28, fs6 + fnmadd fs3, fs16, fs10, fs3 + fnmadd fs4, fs30, fs17, fs5 + fnmadd fs18, fs5, fs31, fs4 + fnmadd fs25, fs19, fs0, fs6 + fnmadd fs7, fs20, fs14, fs7 + fnmadd fs8, fs2, fs21, fs7 + fnmadd fs22, fs9, fs3, fs0 + fnmadd fs29, fs23, fs4, fs2 + fnmsub fs11, fs24, fs18, fs5 + fnmsub fs12, fs6, fs25, fs3 + fnmsub fs26, fs13, fs7, fs4 + fnmsub fs1, fs27, fs8, fs2 + fnmsub fs15, fs28, fs22, fs1 + fnmsub fs16, fs10, fs29, fs1 + fnmsub fs30, fs17, fs11, fs0 + fnmsub fs5, fs31, fs12, fs6 + fnmsub fs19, fs0, fs26, fs3 + fnmsub fs20, fs14, fs1, fs5 + fnmsub fs2, fs21, fs15, fs4 +dfparith: + fabs fd12 + fabs fd22 + fabs fd0 + fabs fd14 + fabs fd10 + fabs fd28 + fabs fd6 + fabs fd24 + fabs fd20 + fabs fd2 + fabs fd16 + fabs fd30, fd26 + fabs fd22, fd8 + fabs fd18, fd0 + fabs fd30, fd20 + fabs fd8, fd28 + fabs fd16, fd26 + fabs fd4, fd2 + fabs fd12, fd22 + fabs fd14, fd10 + fabs fd6, fd24 + fabs fd2, fd16 + fneg fd26 + fneg fd12 + fneg fd22 + fneg fd8 + fneg fd4 + fneg fd18 + fneg fd0 + fneg fd10 + fneg fd30 + fneg fd20 + fneg fd18 + fneg fd8, fd28 + fneg fd16, fd26 + fneg fd4, fd2 + fneg fd12, fd22 + fneg fd14, fd10 + fneg fd6, fd24 + fneg fd2, fd16 + fneg fd26, fd12 + fneg fd8, fd4 + fneg fd0, fd10 + fneg fd20, fd18 + frsqrt fd28 + frsqrt fd6 + frsqrt fd16 + frsqrt fd26 + frsqrt fd14 + frsqrt fd4 + frsqrt fd2 + frsqrt fd24 + frsqrt fd12 + frsqrt fd22 + frsqrt fd0 + frsqrt fd14, fd10 + frsqrt fd6, fd24 + frsqrt fd2, fd16 + frsqrt fd26, fd12 + frsqrt fd8, fd4 + frsqrt fd0, fd10 + frsqrt fd20, fd18 + frsqrt fd28, fd6 + frsqrt fd26, fd14 + frsqrt fd2, fd24 + frsqrt fd22, fd0 + fsqrt fd10 + fsqrt fd28 + fsqrt fd6 + fsqrt fd24 + fsqrt fd20 + fsqrt fd2 + fsqrt fd16 + fsqrt fd30 + fsqrt fd26 + fsqrt fd12 + fsqrt fd22 + fsqrt fd8, fd4 + fsqrt fd0, fd10 + fsqrt fd20, fd18 + fsqrt fd28, fd6 + fsqrt fd26, fd14 + fsqrt fd2, fd24 + fsqrt fd22, fd0 + fsqrt fd10, fd28 + fsqrt fd24, fd20 + fsqrt fd16, fd30 + fsqrt fd12, fd22 + fcmp fd4, fd18 + fcmp fd10, fd30 + fcmp fd18, fd8 + fcmp fd6, fd16 + fcmp fd14, fd4 + fcmp fd24, fd12 + fcmp fd0, fd14 + fcmp fd28, fd6 + fcmp fd20, fd2 + fcmp fd30, fd26 + fcmp fd22, fd8 + fadd fd18, fd0 + fadd fd30, fd20 + fadd fd8, fd28 + fadd fd16, fd26 + fadd fd4, fd2 + fadd fd12, fd22 + fadd fd14, fd10 + fadd fd6, fd24 + fadd fd2, fd16 + fadd fd26, fd12 + fadd fd8, fd4 + fadd fd0, fd10, fd30 + fadd fd20, fd18, fd8 + fadd fd28, fd6, fd16 + fadd fd26, fd14, fd4 + fadd fd2, fd24, fd12 + fadd fd22, fd0, fd14 + fadd fd10, fd28, fd6 + fadd fd24, fd20, fd2 + fadd fd16, fd30, fd26 + fadd fd12, fd22, fd8 + fadd fd4, fd18, fd0 + fsub fd10, fd30 + fsub fd18, fd8 + fsub fd6, fd16 + fsub fd14, fd4 + fsub fd24, fd12 + fsub fd0, fd14 + fsub fd28, fd6 + fsub fd20, fd2 + fsub fd30, fd26 + fsub fd22, fd8 + fsub fd18, fd0 + fsub fd30, fd20, fd18 + fsub fd8, fd28, fd6 + fsub fd16, fd26, fd14 + fsub fd4, fd2, fd24 + fsub fd12, fd22, fd0 + fsub fd14, fd10, fd28 + fsub fd6, fd24, fd20 + fsub fd2, fd16, fd30 + fsub fd26, fd12, fd22 + fsub fd8, fd4, fd18 + fsub fd0, fd10, fd30 + fmul fd20, fd18 + fmul fd28, fd6 + fmul fd26, fd14 + fmul fd2, fd24 + fmul fd22, fd0 + fmul fd10, fd28 + fmul fd24, fd20 + fmul fd16, fd30 + fmul fd12, fd22 + fmul fd4, fd18 + fmul fd10, fd30 + fmul fd18, fd8, fd28 + fmul fd6, fd16, fd26 + fmul fd14, fd4, fd2 + fmul fd24, fd12, fd22 + fmul fd0, fd14, fd10 + fmul fd28, fd6, fd24 + fmul fd20, fd2, fd16 + fmul fd30, fd26, fd12 + fmul fd22, fd8, fd4 + fmul fd18, fd0, fd10 + fmul fd30, fd20, fd18 + fdiv fd8, fd28 + fdiv fd16, fd26 + fdiv fd4, fd2 + fdiv fd12, fd22 + fdiv fd14, fd10 + fdiv fd6, fd24 + fdiv fd2, fd16 + fdiv fd26, fd12 + fdiv fd8, fd4 + fdiv fd0, fd10 + fdiv fd20, fd18 + fdiv fd28, fd6, fd16 + fdiv fd26, fd14, fd4 + fdiv fd2, fd24, fd12 + fdiv fd22, fd0, fd14 + fdiv fd10, fd28, fd6 + fdiv fd24, fd20, fd2 + fdiv fd16, fd30, fd26 + fdiv fd12, fd22, fd8 + fdiv fd4, fd18, fd0 + fdiv fd10, fd30, fd20 + fdiv fd18, fd8, fd28 +fpconv: + ftoi fs27, fs8 + ftoi fs21, fs15 + ftoi fs22, fs9 + ftoi fs16, fs10 + ftoi fs23, fs4 + ftoi fs17, fs11 + ftoi fs18, fs5 + ftoi fs12, fs6 + ftoi fs19, fs0 + ftoi fs13, fs7 + ftoi fs14, fs1 + itof fs8, fs2 + itof fs15, fs28 + itof fs9, fs3 + itof fs10, fs29 + itof fs4, fs30 + itof fs11, fs24 + itof fs5, fs31 + itof fs6, fs25 + itof fs0, fs26 + itof fs7, fs20 + itof fs1, fs27 + ftod fs2, fd14 + ftod fs28, fd24 + ftod fs3, fd0 + ftod fs29, fd28 + ftod fs30, fd20 + ftod fs24, fd30 + ftod fs31, fd22 + ftod fs25, fd18 + ftod fs26, fd30 + ftod fs20, fd8 + ftod fs27, fd16 + dtof fd14, fs15 + dtof fd24, fs9 + dtof fd0, fs10 + dtof fd28, fs4 + dtof fd20, fs11 + dtof fd30, fs5 + dtof fd22, fs6 + dtof fd18, fs0 + dtof fd30, fs7 + dtof fd8, fs1 + dtof fd16, fs2 +condjmp: + fbeq condjmp + fbne condjmp + fbgt condjmp + fbge condjmp + fblt condjmp + fble condjmp + fbuo condjmp + fblg condjmp + fbleg condjmp + fbug condjmp + fbuge condjmp + fbul condjmp + fbule condjmp + fbue condjmp + fleq + flne + flgt + flge + fllt + flle + fluo + fllg + flleg + flug + fluge + flul + flule + flue diff --git a/gas/testsuite/gas/mn10300/basic.exp b/gas/testsuite/gas/mn10300/basic.exp index 4835e6fad88..519cb92df87 100644 --- a/gas/testsuite/gas/mn10300/basic.exp +++ b/gas/testsuite/gas/mn10300/basic.exp @@ -1780,4 +1780,6 @@ if [istarget mn10300*-*-*] then { do_am33_8 run_list_test "movpc" "" + + run_dump_test "am33-2" }