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llvm-mirror/test/MC/Mips/mips3/valid.s

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# Instructions that are valid
#
# FIXME: Test MIPS-III instead of MIPS64
# RUN: llvm-mc %s -triple=mips64-unknown-linux -show-encoding -mcpu=mips64 | FileCheck %s
.set noat
abs.d $f7,$f25 # CHECK:encoding
abs.s $f9,$f16
add $s7,$s2,$a1
add.d $f1,$f7,$f29
add.s $f8,$f21,$f24
addi $t5,$t1,26322
addu $t1,$a0,$a2
and $s7,$v0,$t4
c.ngl.d $f29,$f29
c.ngle.d $f0,$f16
c.sf.d $f30,$f0
c.sf.s $f14,$f22
ceil.l.d $f1,$f3
ceil.l.s $f18,$f13
ceil.w.d $f11,$f25
ceil.w.s $f6,$f20
cfc1 $s1,$21
ctc1 $a2,$26
cvt.d.l $f4,$f16
cvt.d.s $f22,$f28
cvt.d.w $f26,$f11
cvt.l.d $f24,$f15
cvt.l.s $f11,$f29
cvt.s.d $f26,$f8
cvt.s.l $f15,$f30
cvt.s.w $f22,$f15
cvt.w.d $f20,$f14
cvt.w.s $f20,$f24
dadd $s3,$at,$ra
daddi $sp,$s4,-27705
daddiu $k0,$s6,-4586
[mips] Rewrite MipsAsmParser and MipsOperand. Summary: Highlights: - Registers are resolved much later (by the render method). Prior to that point, GPR32's/GPR64's are GPR's regardless of register size. Similarly FGR32's/FGR64's/AFGR64's are FGR's regardless of register size or FR mode. Numeric registers can be anything. - All registers are parsed the same way everywhere (even when handling symbol aliasing) - One consequence is that all registers can be specified numerically almost anywhere (e.g. $fccX, $wX). The exception is symbol aliasing but that can be easily resolved. - Removes the need for the hasConsumedDollar hack - Parenthesis and Bracket suffixes are handled generically - Micromips instructions are parsed directly instead of going through the standard encodings first. - rdhwr accepts all 32 registers, and the following instructions that previously xfailed now work: ddiv, ddivu, div, divu, cvt.l.[ds], se[bh], wsbh, floor.w.[ds], c.ngl.d, c.sf.s, dsbh, dshd, madd.s, msub.s, nmadd.s, nmsub.s, swxc1 - Diagnostics involving registers point at the correct character (the $) - There's only one kind of immediate in MipsOperand. LSA immediates are handled by the predicate and renderer. Lowlights: - Hardcoded '$zero' in the div patterns is handled with a hack. MipsOperand::isReg() will return true for a k_RegisterIndex token with Index == 0 and getReg() will return ZERO for this case. Note that it doesn't return ZERO_64 on isGP64() targets. - I haven't cleaned up all of the now-unused functions. Some more of the generic parser could be removed too (integers and relocs for example). - insve.df needed a custom decoder to handle the implicit fourth operand that was needed to make it parse correctly. The difficulty was that the matcher expected a Token<'0'> but gets an Imm<0>. Adding an implicit zero solved this. Reviewers: matheusalmeida, vmedic Reviewed By: matheusalmeida Differential Revision: http://llvm-reviews.chandlerc.com/D3222 llvm-svn: 205292
2014-04-01 12:35:28 +02:00
ddiv $zero,$k0,$s3
ddivu $zero,$s0,$s1
div $zero,$t9,$t3
div.d $f29,$f20,$f27
div.s $f4,$f5,$f15
[mips] Rewrite MipsAsmParser and MipsOperand. Summary: Highlights: - Registers are resolved much later (by the render method). Prior to that point, GPR32's/GPR64's are GPR's regardless of register size. Similarly FGR32's/FGR64's/AFGR64's are FGR's regardless of register size or FR mode. Numeric registers can be anything. - All registers are parsed the same way everywhere (even when handling symbol aliasing) - One consequence is that all registers can be specified numerically almost anywhere (e.g. $fccX, $wX). The exception is symbol aliasing but that can be easily resolved. - Removes the need for the hasConsumedDollar hack - Parenthesis and Bracket suffixes are handled generically - Micromips instructions are parsed directly instead of going through the standard encodings first. - rdhwr accepts all 32 registers, and the following instructions that previously xfailed now work: ddiv, ddivu, div, divu, cvt.l.[ds], se[bh], wsbh, floor.w.[ds], c.ngl.d, c.sf.s, dsbh, dshd, madd.s, msub.s, nmadd.s, nmsub.s, swxc1 - Diagnostics involving registers point at the correct character (the $) - There's only one kind of immediate in MipsOperand. LSA immediates are handled by the predicate and renderer. Lowlights: - Hardcoded '$zero' in the div patterns is handled with a hack. MipsOperand::isReg() will return true for a k_RegisterIndex token with Index == 0 and getReg() will return ZERO for this case. Note that it doesn't return ZERO_64 on isGP64() targets. - I haven't cleaned up all of the now-unused functions. Some more of the generic parser could be removed too (integers and relocs for example). - insve.df needed a custom decoder to handle the implicit fourth operand that was needed to make it parse correctly. The difficulty was that the matcher expected a Token<'0'> but gets an Imm<0>. Adding an implicit zero solved this. Reviewers: matheusalmeida, vmedic Reviewed By: matheusalmeida Differential Revision: http://llvm-reviews.chandlerc.com/D3222 llvm-svn: 205292
2014-04-01 12:35:28 +02:00
divu $zero,$t9,$t7
dmfc1 $t4,$f13
dmtc1 $s0,$f14
dmult $s7,$t1
dmultu $a1,$a2
dsllv $zero,$s4,$t4
dsrav $gp,$s2,$s3
dsrlv $s3,$t6,$s4
dsub $a3,$s6,$t0
dsubu $a1,$a1,$k0
ehb # CHECK: ehb # encoding: [0x00,0x00,0x00,0xc0]
eret
floor.l.d $f26,$f7
floor.l.s $f12,$f5
floor.w.d $f14,$f11
floor.w.s $f8,$f9
lb $t8,-14515($t2)
lbu $t0,30195($v1)
ld $sp,-28645($s1)
ldc1 $f11,16391($s0)
ldc2 $8,-21181($at)
ldl $t8,-4167($t8)
ldr $t6,-30358($s4)
lh $t3,-8556($s5)
lhu $s3,-22851($v0)
li $at,-29773
li $zero,-29889
ll $v0,-7321($s2)
lld $zero,-14736($ra)
lw $t0,5674($a1)
lwc1 $f16,10225($k0)
lwc2 $18,-841($a2)
lwl $s4,-4231($t7)
lwr $zero,-19147($gp)
lwu $s3,-24086($v1)
mfc1 $a3,$f27
mfhi $s3
mfhi $sp
mflo $s1
mov.d $f20,$f14
mov.s $f2,$f27
move $a0,$a3
move $s5,$a0
move $s8,$a0
move $t9,$a2
mtc1 $s8,$f9
mthi $s1
mtlo $sp
mtlo $t9
mul.d $f20,$f20,$f16
mul.s $f30,$f10,$f2
mult $sp,$s4
mult $sp,$v0
multu $gp,$k0
multu $t1,$s2
neg.d $f27,$f18
neg.s $f1,$f15
nop
nor $a3,$zero,$a3
or $t4,$s0,$sp
round.l.d $f12,$f1
round.l.s $f25,$f5
round.w.d $f6,$f4
round.w.s $f27,$f28
sb $s6,-19857($t6)
sc $t7,18904($s3)
scd $t7,-8243($sp)
sd $t4,5835($t2)
sdc1 $f31,30574($t5)
sdc2 $20,23157($s2)
sdl $a3,-20961($s8)
sdr $t3,-20423($t4)
sh $t6,-6704($t7)
sllv $a3,$zero,$t1
slt $s7,$t3,$k1
slti $s1,$t2,9489
sltiu $t9,$t9,-15531
sltu $s4,$s5,$t3
sqrt.d $f17,$f22
sqrt.s $f0,$f1
srav $s1,$s7,$sp
srlv $t9,$s4,$a0
ssnop # CHECK: ssnop # encoding: [0x00,0x00,0x00,0x40]
sub $s6,$s3,$t4
sub.d $f18,$f3,$f17
sub.s $f23,$f22,$f22
subu $sp,$s6,$s6
sw $ra,-10160($sp)
swc1 $f6,-8465($t8)
swc2 $25,24880($s0)
swl $t7,13694($s3)
swr $s1,-26590($t6)
teqi $s5,-17504
tgei $s1,5025
tgeiu $sp,-28621
tlti $t6,-21059
tltiu $ra,-5076
tnei $t4,-29647
trunc.l.d $f23,$f23
trunc.l.s $f28,$f31
trunc.w.d $f22,$f15
trunc.w.s $f28,$f30
xor $s2,$a0,$s8