binutils-gdb/sim/testsuite/mips/utils-dsp.inc
Mike Frysinger 1368b914e9 sim: testsuite: flatten tree
Now that all port tests live under testsuite/sim/*/, and none live
in testsuite/ directly, flatten the structure by moving all of the
dirs under testsuite/sim/ to testsuite/ directly.

We need to stop passing --tool to dejagnu so that it searches all
dirs and not just ones that start with "sim".  Since we have no
other dirs in this tree, and no plans to add any, should be fine.
2021-01-15 19:18:34 -05:00

444 lines
8.8 KiB
PHP

# MIPS DSP ASE simulator testsuite utility functions.
# Copyright (C) 2005-2021 Free Software Foundation, Inc.
# Contributed by MIPS Technologies, Inc. Written by Chao-ying Fu.
#
# This file is part of the GNU simulators.
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 3 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, see <http://www.gnu.org/licenses/>. */
# $4, $5, $6, $7, $ac0, $ac1, $ac2, $ac3 are used as temps by the macros
# defined here.
# If a != b, jump to _fail.
# Otherwise, fall through.
.macro dsp_assert a, b
beq \a, \b, 1f
nop
j _fail
nop
1:
.endm
# Set dsp control register <= crin
# Check if d == (inst ?, s, t)
# Check if crout == dsp control register
.macro dspck_dstio inst, d, s, t, crin, crout
li $4, \crin
wrdsp $4
li $4, \s
li $5, \t
\inst $6, $4, $5
li $7, \d
dsp_assert $6, $7
li $4, \crout
rddsp $5
dsp_assert $4, $5
.endm
# Set dsp control register <= crin
# (inst s, t)
# Check if crout == dsp control register
.macro dspck_stio inst, s, t, crin, crout
li $4, \crin
wrdsp $4
li $4, \s
li $5, \t
\inst $4, $5
li $4, \crout
rddsp $5
dsp_assert $4, $5
.endm
# Set dsp control register <= crin
# Check if d == (inst ?, s, t)
.macro dspck_dsti inst, d, s, t, crin
li $4, \crin
wrdsp $4
li $4, \s
li $5, \t
\inst $6, $4, $5
li $7, \d
dsp_assert $6, $7
.endm
# Set dsp control register <= crin
# Check if tou == (inst tin, s)
.macro dspck_tsi inst, tou, tin, s, crin
li $4, \crin
wrdsp $4
li $4, \s
li $5, \tin
\inst $5, $4
li $6, \tou
dsp_assert $5, $6
.endm
# Set dsp control register <= crin
# Check if d == (inst ?, imm)
# Check if crout == dsp control register
.macro dspck_dIio inst, d, imm, crin, crout
li $4, \crin
wrdsp $4
\inst $5, \imm
li $6, \d
dsp_assert $5, $6
li $4, \crout
rddsp $5
dsp_assert $4, $5
.endm
# Set dsp control register <= crin
# Check if d == (inst ?, s)
# Check if crout == dsp control register
.macro dspck_dsio inst, d, s, crin, crout
li $4, \crin
wrdsp $4
li $4, \s
\inst $6, $4
li $7, \d
dsp_assert $6, $7
li $4, \crout
rddsp $5
dsp_assert $4, $5
.endm
# Set dsp control register <= crin
# Check if d == (inst ?, t, sa)
# Check if crout == dsp control register
.macro dspck_dtsaio inst, d, t, sa, crin, crout
li $4, \crin
wrdsp $4
li $4, \t
\inst $6, $4, \sa
li $7, \d
dsp_assert $6, $7
li $4, \crout
rddsp $5
dsp_assert $4, $5
.endm
# Set dsp control register <= crin
# Check if d == (inst ?, t, sa)
.macro dspck_dtsai inst, d, t, sa, crin
li $4, \crin
wrdsp $4
li $4, \t
\inst $6, $4, \sa
li $7, \d
dsp_assert $6, $7
.endm
# Set dsp control register <= crin
# Set $ac3 <= {hiin, loin}
# (inst $ac3, s, t)
# Check if {hiou, loou} == $ac3
# Check if (crout & 0x80000) == (dsp control register & 0x80000)
.macro dspck_astio inst, hiin, loin, hiou, loou, s, t, crin, crout
li $4, \crin
wrdsp $4
li $4, \hiin
mthi $4, $ac3
li $4, \loin
mtlo $4, $ac3
li $4, \s
li $5, \t
\inst $ac3, $4, $5
li $4, \hiou
mfhi $5, $ac3
dsp_assert $4, $5
li $4, \loou
mflo $5, $ac3
dsp_assert $4, $5
li $4, \crout
and $4, $4, 0x80000
rddsp $5
and $5, $5, 0x80000
dsp_assert $4, $5
.endm
# Set dsp control register <= crin
# Set $ac1 <= {hi, lo}
# Check if t == (inst ? $ac1, sa)
# Check if crout == dsp control register
.macro dspck_atsaio inst, hi, lo, t, sa, crin, crout
li $4, \crin
wrdsp $4
li $4, \hi
mthi $4, $ac1
li $4, \lo
mtlo $4, $ac1
\inst $5, $ac1, \sa
li $6, \t
dsp_assert $5, $6
li $4, \crout
rddsp $5
dsp_assert $4, $5
.endm
# Set dsp control register <= crin
# Set acc <= {hiin, loin}
# (inst acc, s, t)
# Check if {hiou, loou} == acc
# Check if (crout & 0x80000) == (dsp control register & 0x80000)
.macro dspckacc_astio inst, acc, hiin, loin, hiou, loou, s, t, crin, crout
li $4, \crin
wrdsp $4
li $4, \hiin
mthi $4, \acc
li $4, \loin
mtlo $4, \acc
li $4, \s
li $5, \t
\inst \acc, $4, $5
li $4, \hiou
mfhi $5, \acc
dsp_assert $4, $5
li $4, \loou
mflo $5, \acc
dsp_assert $4, $5
li $4, \crout
and $4, $4, 0x80000
rddsp $5
and $5, $5, 0x80000
dsp_assert $4, $5
.endm
# Set dsp control register <= crin
# Set $ac1 <= {hi, lo}
# Check if t == (inst ? $ac1, s)
# Check if crout == dsp control register
.macro dspck_atsio inst, hi, lo, t, s, crin, crout
li $4, \crin
wrdsp $4
li $4, \hi
mthi $4, $ac1
li $4, \lo
mtlo $4, $ac1
li $4, \s
\inst $5, $ac1, $4
li $6, \t
dsp_assert $5, $6
li $4, \crout
rddsp $5
dsp_assert $4, $5
.endm
# Set dsp control register <= (crin & crinmask)
# Set $ac2 <= {hi, lo}
# Check if t == (inst ? $ac2, size)
# Check if (crout & croutmask) == (dsp control register & croutmask)
.macro dspck_tasiimom inst, hi, lo, t, size, crin, crinmask, crout, croutmask
li $4, \crin
and $4, \crinmask
wrdsp $4
li $4, \hi
mthi $4, $ac2
li $4, \lo
mtlo $4, $ac2
\inst $5, $ac2, \size
li $6, \t
dsp_assert $5, $6
li $4, \crout
and $4, \croutmask
rddsp $5
and $5, \croutmask
dsp_assert $4, $5
.endm
# Set dsp control register <= (crin & crinmask)
# Set $ac2 <= {hi, lo}
# Check if t == (inst ? $ac2, size)
.macro dspck_tasiim inst, hi, lo, t, size, crin, crinmask
li $4, \crin
and $4, \crinmask
wrdsp $4
li $4, \hi
mthi $4, $ac2
li $4, \lo
mtlo $4, $ac2
\inst $5, $ac2, \size
li $6, \t
dsp_assert $5, $6
.endm
# Set dsp control register <= (crin & crinmask)
# Set $ac2 <= {hi, lo}
# Check if t == (inst ? $ac2, s)
# Check if (crout & croutmask) == (dsp control register & croutmask)
.macro dspck_tasimom inst, hi, lo, t, s, crin, crinmask, crout, croutmask
li $4, \crin
and $4, \crinmask
wrdsp $4
li $4, \hi
mthi $4, $ac2
li $4, \lo
mtlo $4, $ac2
li $4, \s
\inst $5, $ac2, $4
li $6, \t
dsp_assert $5, $6
li $4, \crout
and $4, \croutmask
rddsp $5
and $5, \croutmask
dsp_assert $4, $5
.endm
# Set dsp control register <= (crin & crinmask)
# Set $ac2 <= {hi, lo}
# Check if t == (inst ? $ac2, s)
.macro dspck_tasim inst, hi, lo, t, s, crin, crinmask
li $4, \crin
and $4, \crinmask
wrdsp $4
li $4, \hi
mthi $4, $ac2
li $4, \lo
mtlo $4, $ac2
li $4, \s
\inst $5, $ac2, $4
li $6, \t
dsp_assert $5, $6
.endm
# Set dsp control register <= crin
# Set $ac0 <= {hi, lo}
# (inst $ac0, shift)
# Check if $ac0 == {hio, loo}
# Check if crout == dsp control register
.macro dspck_asaio inst, hi, lo, hio, loo, shift, crin, crout
li $4, \crin
wrdsp $4
li $4, \hi
mthi $4, $ac0
li $4, \lo
mtlo $4, $ac0
\inst $ac0, \shift
mfhi $5, $ac0
li $6, \hio
dsp_assert $5, $6
mflo $5, $ac0
li $6, \loo
dsp_assert $5, $6
li $4, \crout
rddsp $5
dsp_assert $4, $5
.endm
# Set dsp control register <= crin
# Set $ac0 <= {hi, lo}
# (inst $ac0, s)
# Check if $ac0 == {hio, loo}
# Check if crout == dsp control register
.macro dspck_asio inst, hi, lo, hio, loo, s, crin, crout
li $4, \crin
wrdsp $4
li $4, \hi
mthi $4, $ac0
li $4, \lo
mtlo $4, $ac0
li $4, \s
\inst $ac0, $4
mfhi $5, $ac0
li $6, \hio
dsp_assert $5, $6
mflo $5, $ac0
li $6, \loo
dsp_assert $5, $6
li $4, \crout
rddsp $5
dsp_assert $4, $5
.endm
# Set dsp control register <= crin
# Set $ac3 <= {hi, lo}
# Check if s == (inst ? $ac3)
# Check if $ac3 == {hio, loo}
# Check if crout == dsp control register
.macro dspck_saio inst, hi, lo, hio, loo, s, crin, crout
li $4, \crin
wrdsp $4
li $4, \hi
mthi $4, $ac3
li $4, \lo
mtlo $4, $ac3
li $5, \s
\inst $5, $ac3
mfhi $5, $ac3
li $6, \hio
dsp_assert $5, $6
mflo $5, $ac3
li $6, \loo
dsp_assert $5, $6
li $4, \crout
rddsp $5
dsp_assert $4, $5
.endm
# Set dsp control register <= crin
# (wrdsp s, m)
# Check if crout == dsp control register
.macro dspck_wrdsp s, m, crin, crout
li $4, \crin
wrdsp $4
li $5, \s
wrdsp $5, \m
li $6, \crout
rddsp $7
dsp_assert $6, $7
.endm
# Set dsp control register <= crin
# Check if d == (rddsp ?, m)
.macro dspck_rddsp d, m, crin
li $4, \crin
wrdsp $4
rddsp $5, \m
li $6, \d
dsp_assert $5, $6
.endm
# Check if d == (inst i(b))
.macro dspck_load inst, d, i, b
li $4, \i
la $5, \b
\inst $6, $4($5)
li $7, \d
dsp_assert $6, $7
.endm
# Set dsp control register <= crin
# Check if bposge32 is taken or not as expected in r
# (1 => taken, 0 => not taken)
.macro dspck_bposge32 crin, r
li $4, \crin
wrdsp $4
li $5, 1
bposge32 1f
nop
li $5, 0
1:
li $6, \r
dsp_assert $5, $6
.endm
# Check if tou == (inst tin, s)
.macro dspck_tsimm inst, tou, tin, s, sa
li $4, \s
li $5, \tin
\inst $5, $4, \sa
li $6, \tou
dsp_assert $5, $6
.endm