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Differential D134798

[LoongArch] Do not assert value type in isFPImmLegal
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Authored by gonglingqin on Sep 28 2022, 2:32 AM.

Details

Reviewers
xen0n
xry111
SixWeining
wangleiat
MaskRay
Commits
rGf4ccb577f8c8: [LoongArch] Do not assert value type in isFPImmLegal
Summary

This patch fixes the failure of llvm/test/CodeGen/Generic/vector.ll and CodeGen/PowerPC/2007-11-19-VectorSplitting.ll for a LoongArch native build.

Diff Detail

Event Timeline

gonglingqin created this revision.Sep 28 2022, 2:32 AM
Herald added a project: Restricted Project. · View Herald TranscriptSep 28 2022, 2:32 AM
Herald added subscribers: StephenFan, hiraditya. · View Herald Transcript
gonglingqin requested review of this revision.Sep 28 2022, 2:32 AM
Herald added a project: Restricted Project. · View Herald TranscriptSep 28 2022, 2:32 AM
Herald added a subscriber: llvm-commits. · View Herald Transcript
Harbormaster completed remote builds in B189119: Diff 463468.Sep 28 2022, 3:18 AM
xen0n added inline comments.Sep 28 2022, 4:39 AM
llvm/test/CodeGen/LoongArch/vector-fp-imm.ll
3

double dash

8

What part of the expected output does this comment refer to? I can only see the offsets like 4 8 or 12 nicely placed inside the f{ld,st}'s already...

gonglingqin added inline comments.Sep 28 2022, 6:40 PM
llvm/test/CodeGen/LoongArch/vector-fp-imm.ll
3

Thanks, I will change it.

8

For line 142-143 of this file, the expected output is fld.s $fa0, $a2, %pc_lo12(.LCPI1_0). After the functionality is complete, similar scenarios can be optimized by adding a backend pass.

gonglingqin updated this revision to Diff 463739.Sep 28 2022, 6:41 PM

Address @xen0n's comments.

Harbormaster completed remote builds in B189300: Diff 463739.Sep 28 2022, 7:23 PM
xen0n added inline comments.Sep 28 2022, 8:49 PM
llvm/lib/Target/LoongArch/LoongArchISelLowering.cpp
1829

Thinking about it harder, do we want to inspect the element type of vectors and ensure corresponding ISA extension is present? In which case another similar assert is needed/better.

llvm/test/CodeGen/LoongArch/vector-fp-imm.ll
8

OK I see. Although normally it would be better to clarify the comment here, considering it is going to be a short-lived one anyway I'm fine with it as-is.

gonglingqin added inline comments.Sep 29 2022, 4:10 AM
llvm/lib/Target/LoongArch/LoongArchISelLowering.cpp
1829

Thanks for the suggestion, I will add comments.

gonglingqin updated this revision to Diff 463844.Sep 29 2022, 4:13 AM

Address @xen0n's comments.

xen0n accepted this revision.Sep 29 2022, 4:21 AM

Fair enough. Thanks!

This revision is now accepted and ready to land.Sep 29 2022, 4:21 AM
Harbormaster completed remote builds in B189373: Diff 463844.Sep 29 2022, 4:50 AM
SixWeining added a comment.Sep 29 2022, 6:53 PM

This also makes CodeGen/PowerPC/2007-11-19-VectorSplitting.ll pass, right? So, the summary is not exact.

gonglingqin added a comment.Sep 29 2022, 7:06 PM
In D134798#3825899, @SixWeining wrote:

This also makes CodeGen/PowerPC/2007-11-19-VectorSplitting.ll pass, right? So, the summary is not exact.

Yes, I will update the summary.

gonglingqin edited the summary of this revision. (Show Details)Sep 29 2022, 7:06 PM
Herald added a subscriber: steven.zhang. · View Herald TranscriptSep 29 2022, 7:06 PM
SixWeining added a comment.Sep 29 2022, 7:24 PM
In D134798#3825920, @gonglingqin wrote:
In D134798#3825899, @SixWeining wrote:

This also makes CodeGen/PowerPC/2007-11-19-VectorSplitting.ll pass, right? So, the summary is not exact.

Yes, I will update the summary.

Better make it clear that the fix is for a LoongArch native build because on other machines these 2 tests are OK.

So it could be This patch fixes the failure of llvm/test/CodeGen/Generic/vector.ll and CodeGen/PowerPC/2007-11-19-VectorSplitting.ll for a LoongArch native build.

gonglingqin added a comment.Sep 29 2022, 7:31 PM
In D134798#3825938, @SixWeining wrote:
In D134798#3825920, @gonglingqin wrote:
In D134798#3825899, @SixWeining wrote:

This also makes CodeGen/PowerPC/2007-11-19-VectorSplitting.ll pass, right? So, the summary is not exact.

Yes, I will update the summary.

Better make it clear that the fix is for a LoongArch native build because on other machines these 2 tests are OK.

So it could be This patch fixes the failure of llvm/test/CodeGen/Generic/vector.ll and CodeGen/PowerPC/2007-11-19-VectorSplitting.ll for a LoongArch native build.

OK, I will update the summary

gonglingqin edited the summary of this revision. (Show Details)Sep 29 2022, 7:32 PM
SixWeining accepted this revision.Sep 29 2022, 7:39 PM

LGTM.

This revision was landed with ongoing or failed builds.Oct 7 2022, 11:55 PM
Closed by commit rGf4ccb577f8c8: [LoongArch] Do not assert value type in isFPImmLegal (authored by gonglingqin). · Explain Why
This revision was automatically updated to reflect the committed changes.
gonglingqin added a commit: rGf4ccb577f8c8: [LoongArch] Do not assert value type in isFPImmLegal.

Revision Contents

PathSize
llvm/
lib/
Target/
LoongArch/
3 lines
test/
CodeGen/
LoongArch/
895 lines

Diff 466260

llvm/lib/Target/LoongArch/LoongArchISelLowering.cpp

Show First 20 Lines • Show All 1,820 Lines • ▼ Show 20 LinesSDValue LoongArchTargetLowering::LowerReturn(
if (Glue.getNode()) if (Glue.getNode())
RetOps.push_back(Glue); RetOps.push_back(Glue);
return DAG.getNode(LoongArchISD::RET, DL, MVT::Other, RetOps); return DAG.getNode(LoongArchISD::RET, DL, MVT::Other, RetOps);
} }
bool LoongArchTargetLowering::isFPImmLegal(const APFloat &Imm, EVT VT, bool LoongArchTargetLowering::isFPImmLegal(const APFloat &Imm, EVT VT,
bool ForCodeSize) const { bool ForCodeSize) const {
assert((VT == MVT::f32 || VT == MVT::f64) && "Unexpected VT"); // TODO: Maybe need more checks here after vector extension is supported.
xen0nUnsubmitted
Not Done
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Thinking about it harder, do we want to inspect the element type of vectors and ensure corresponding ISA extension is present? In which case another similar assert is needed/better.

xen0n: Thinking about it harder, do we want to inspect the element type of vectors and ensure…
gonglingqinAuthorUnsubmitted
Done
ReplyInline Actions

Thanks for the suggestion, I will add comments.

gonglingqin: Thanks for the suggestion, I will add comments.
if (VT == MVT::f32 && !Subtarget.hasBasicF()) if (VT == MVT::f32 && !Subtarget.hasBasicF())
return false; return false;
if (VT == MVT::f64 && !Subtarget.hasBasicD()) if (VT == MVT::f64 && !Subtarget.hasBasicD())
return false; return false;
return (Imm.isZero() || Imm.isExactlyValue(+1.0)); return (Imm.isZero() || Imm.isExactlyValue(+1.0));
} }
bool LoongArchTargetLowering::isCheapToSpeculateCttz(Type *) const { bool LoongArchTargetLowering::isCheapToSpeculateCttz(Type *) const {
▲ Show 20 Lines • Show All 290 Lines • Show Last 20 Lines

llvm/test/CodeGen/LoongArch/vector-fp-imm.ll

  • This file was added.
; NOTE: Assertions have been autogenerated by utils/update_llc_test_checks.py
; RUN: llc --mtriple=loongarch32 --mattr=+f,-d < %s | FileCheck %s --check-prefix=LA32F
; RUN: llc --mtriple=loongarch32 --mattr=+d < %s | FileCheck %s --check-prefix=LA32D
xen0nUnsubmitted
Not Done
ReplyInline Actions

double dash

xen0n: double dash
gonglingqinAuthorUnsubmitted
Done
ReplyInline Actions

Thanks, I will change it.

gonglingqin: Thanks, I will change it.
; RUN: llc --mtriple=loongarch64 --mattr=+f,-d < %s | FileCheck %s --check-prefix=LA64F
; RUN: llc --mtriple=loongarch64 --mattr=+d < %s | FileCheck %s --check-prefix=LA64D
;; TODO: Merge the offset of address calculation into the offset field of instructions.
xen0nUnsubmitted
Not Done
ReplyInline Actions

What part of the expected output does this comment refer to? I can only see the offsets like 4 8 or 12 nicely placed inside the f{ld,st}'s already...

xen0n: What part of the expected output does this comment refer to? I can only see the offsets like 4…
gonglingqinAuthorUnsubmitted
Done
ReplyInline Actions

For line 142-143 of this file, the expected output is fld.s $fa0, $a2, %pc_lo12(.LCPI1_0). After the functionality is complete, similar scenarios can be optimized by adding a backend pass.

gonglingqin: For line 142-143 of this file, the expected output is `fld.s $fa0, $a2, %pc_lo12(.LCPI1_0)`.
xen0nUnsubmitted
Not Done
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OK I see. Although normally it would be better to clarify the comment here, considering it is going to be a short-lived one anyway I'm fine with it as-is.

xen0n: OK I see. Although normally it would be better to clarify the comment here, considering it is…
%f2 = type <2 x float>
%f4 = type <4 x float>
%f8 = type <8 x float>
%d2 = type <2 x double>
%d4 = type <4 x double>
%d8 = type <8 x double>
define void @test_zero(ptr %P, ptr %S) nounwind {
; LA32F-LABEL: test_zero:
; LA32F: # %bb.0:
; LA32F-NEXT: fld.s $fa0, $a0, 12
; LA32F-NEXT: movgr2fr.w $fa1, $zero
; LA32F-NEXT: fadd.s $fa0, $fa0, $fa1
; LA32F-NEXT: fst.s $fa0, $a1, 12
; LA32F-NEXT: fld.s $fa0, $a0, 8
; LA32F-NEXT: fadd.s $fa0, $fa0, $fa1
; LA32F-NEXT: fst.s $fa0, $a1, 8
; LA32F-NEXT: fld.s $fa0, $a0, 4
; LA32F-NEXT: fadd.s $fa0, $fa0, $fa1
; LA32F-NEXT: fst.s $fa0, $a1, 4
; LA32F-NEXT: fld.s $fa0, $a0, 0
; LA32F-NEXT: fadd.s $fa0, $fa0, $fa1
; LA32F-NEXT: fst.s $fa0, $a1, 0
; LA32F-NEXT: ret
;
; LA32D-LABEL: test_zero:
; LA32D: # %bb.0:
; LA32D-NEXT: fld.s $fa0, $a0, 12
; LA32D-NEXT: movgr2fr.w $fa1, $zero
; LA32D-NEXT: fadd.s $fa0, $fa0, $fa1
; LA32D-NEXT: fst.s $fa0, $a1, 12
; LA32D-NEXT: fld.s $fa0, $a0, 8
; LA32D-NEXT: fadd.s $fa0, $fa0, $fa1
; LA32D-NEXT: fst.s $fa0, $a1, 8
; LA32D-NEXT: fld.s $fa0, $a0, 4
; LA32D-NEXT: fadd.s $fa0, $fa0, $fa1
; LA32D-NEXT: fst.s $fa0, $a1, 4
; LA32D-NEXT: fld.s $fa0, $a0, 0
; LA32D-NEXT: fadd.s $fa0, $fa0, $fa1
; LA32D-NEXT: fst.s $fa0, $a1, 0
; LA32D-NEXT: ret
;
; LA64F-LABEL: test_zero:
; LA64F: # %bb.0:
; LA64F-NEXT: fld.s $fa0, $a0, 12
; LA64F-NEXT: movgr2fr.w $fa1, $zero
; LA64F-NEXT: fadd.s $fa0, $fa0, $fa1
; LA64F-NEXT: fst.s $fa0, $a1, 12
; LA64F-NEXT: fld.s $fa0, $a0, 8
; LA64F-NEXT: fadd.s $fa0, $fa0, $fa1
; LA64F-NEXT: fst.s $fa0, $a1, 8
; LA64F-NEXT: fld.s $fa0, $a0, 4
; LA64F-NEXT: fadd.s $fa0, $fa0, $fa1
; LA64F-NEXT: fst.s $fa0, $a1, 4
; LA64F-NEXT: fld.s $fa0, $a0, 0
; LA64F-NEXT: fadd.s $fa0, $fa0, $fa1
; LA64F-NEXT: fst.s $fa0, $a1, 0
; LA64F-NEXT: ret
;
; LA64D-LABEL: test_zero:
; LA64D: # %bb.0:
; LA64D-NEXT: fld.s $fa0, $a0, 12
; LA64D-NEXT: movgr2fr.w $fa1, $zero
; LA64D-NEXT: fadd.s $fa0, $fa0, $fa1
; LA64D-NEXT: fst.s $fa0, $a1, 12
; LA64D-NEXT: fld.s $fa0, $a0, 8
; LA64D-NEXT: fadd.s $fa0, $fa0, $fa1
; LA64D-NEXT: fst.s $fa0, $a1, 8
; LA64D-NEXT: fld.s $fa0, $a0, 4
; LA64D-NEXT: fadd.s $fa0, $fa0, $fa1
; LA64D-NEXT: fst.s $fa0, $a1, 4
; LA64D-NEXT: fld.s $fa0, $a0, 0
; LA64D-NEXT: fadd.s $fa0, $fa0, $fa1
; LA64D-NEXT: fst.s $fa0, $a1, 0
; LA64D-NEXT: ret
%p = load %f4, ptr %P
%R = fadd %f4 %p, zeroinitializer
store %f4 %R, ptr %S
ret void
}
define void @test_f2(ptr %P, ptr %S) nounwind {
; LA32F-LABEL: test_f2:
; LA32F: # %bb.0:
; LA32F-NEXT: pcalau12i $a2, %pc_hi20(.LCPI1_0)
; LA32F-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI1_0)
; LA32F-NEXT: fld.s $fa0, $a2, 0
; LA32F-NEXT: fld.s $fa1, $a0, 4
; LA32F-NEXT: fadd.s $fa0, $fa1, $fa0
; LA32F-NEXT: fst.s $fa0, $a1, 4
; LA32F-NEXT: fld.s $fa0, $a0, 0
; LA32F-NEXT: addi.w $a0, $zero, 1
; LA32F-NEXT: movgr2fr.w $fa1, $a0
; LA32F-NEXT: ffint.s.w $fa1, $fa1
; LA32F-NEXT: fadd.s $fa0, $fa0, $fa1
; LA32F-NEXT: fst.s $fa0, $a1, 0
; LA32F-NEXT: ret
;
; LA32D-LABEL: test_f2:
; LA32D: # %bb.0:
; LA32D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI1_0)
; LA32D-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI1_0)
; LA32D-NEXT: fld.s $fa0, $a2, 0
; LA32D-NEXT: fld.s $fa1, $a0, 4
; LA32D-NEXT: fadd.s $fa0, $fa1, $fa0
; LA32D-NEXT: fst.s $fa0, $a1, 4
; LA32D-NEXT: fld.s $fa0, $a0, 0
; LA32D-NEXT: addi.w $a0, $zero, 1
; LA32D-NEXT: movgr2fr.w $fa1, $a0
; LA32D-NEXT: ffint.s.w $fa1, $fa1
; LA32D-NEXT: fadd.s $fa0, $fa0, $fa1
; LA32D-NEXT: fst.s $fa0, $a1, 0
; LA32D-NEXT: ret
;
; LA64F-LABEL: test_f2:
; LA64F: # %bb.0:
; LA64F-NEXT: pcalau12i $a2, %pc_hi20(.LCPI1_0)
; LA64F-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI1_0)
; LA64F-NEXT: fld.s $fa0, $a2, 0
; LA64F-NEXT: fld.s $fa1, $a0, 4
; LA64F-NEXT: fadd.s $fa0, $fa1, $fa0
; LA64F-NEXT: fst.s $fa0, $a1, 4
; LA64F-NEXT: fld.s $fa0, $a0, 0
; LA64F-NEXT: addi.w $a0, $zero, 1
; LA64F-NEXT: movgr2fr.w $fa1, $a0
; LA64F-NEXT: ffint.s.w $fa1, $fa1
; LA64F-NEXT: fadd.s $fa0, $fa0, $fa1
; LA64F-NEXT: fst.s $fa0, $a1, 0
; LA64F-NEXT: ret
;
; LA64D-LABEL: test_f2:
; LA64D: # %bb.0:
; LA64D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI1_0)
; LA64D-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI1_0)
; LA64D-NEXT: fld.s $fa0, $a2, 0
; LA64D-NEXT: fld.s $fa1, $a0, 4
; LA64D-NEXT: fadd.s $fa0, $fa1, $fa0
; LA64D-NEXT: fst.s $fa0, $a1, 4
; LA64D-NEXT: fld.s $fa0, $a0, 0
; LA64D-NEXT: addi.w $a0, $zero, 1
; LA64D-NEXT: movgr2fr.w $fa1, $a0
; LA64D-NEXT: ffint.s.w $fa1, $fa1
; LA64D-NEXT: fadd.s $fa0, $fa0, $fa1
; LA64D-NEXT: fst.s $fa0, $a1, 0
; LA64D-NEXT: ret
%p = load %f2, ptr %P
%R = fadd %f2 %p, < float 1.000000e+00, float 2.000000e+00 >
store %f2 %R, ptr %S
ret void
}
define void @test_f4(ptr %P, ptr %S) nounwind {
; LA32F-LABEL: test_f4:
; LA32F: # %bb.0:
; LA32F-NEXT: pcalau12i $a2, %pc_hi20(.LCPI2_0)
; LA32F-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI2_0)
; LA32F-NEXT: fld.s $fa0, $a2, 0
; LA32F-NEXT: fld.s $fa1, $a0, 4
; LA32F-NEXT: fadd.s $fa0, $fa1, $fa0
; LA32F-NEXT: pcalau12i $a2, %pc_hi20(.LCPI2_1)
; LA32F-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI2_1)
; LA32F-NEXT: fld.s $fa1, $a2, 0
; LA32F-NEXT: fld.s $fa2, $a0, 8
; LA32F-NEXT: fadd.s $fa1, $fa2, $fa1
; LA32F-NEXT: pcalau12i $a2, %pc_hi20(.LCPI2_2)
; LA32F-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI2_2)
; LA32F-NEXT: fld.s $fa2, $a2, 0
; LA32F-NEXT: fld.s $fa3, $a0, 12
; LA32F-NEXT: fadd.s $fa2, $fa3, $fa2
; LA32F-NEXT: fst.s $fa2, $a1, 12
; LA32F-NEXT: fst.s $fa1, $a1, 8
; LA32F-NEXT: fst.s $fa0, $a1, 4
; LA32F-NEXT: fld.s $fa0, $a0, 0
; LA32F-NEXT: addi.w $a0, $zero, 1
; LA32F-NEXT: movgr2fr.w $fa1, $a0
; LA32F-NEXT: ffint.s.w $fa1, $fa1
; LA32F-NEXT: fadd.s $fa0, $fa0, $fa1
; LA32F-NEXT: fst.s $fa0, $a1, 0
; LA32F-NEXT: ret
;
; LA32D-LABEL: test_f4:
; LA32D: # %bb.0:
; LA32D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI2_0)
; LA32D-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI2_0)
; LA32D-NEXT: fld.s $fa0, $a2, 0
; LA32D-NEXT: fld.s $fa1, $a0, 4
; LA32D-NEXT: fadd.s $fa0, $fa1, $fa0
; LA32D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI2_1)
; LA32D-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI2_1)
; LA32D-NEXT: fld.s $fa1, $a2, 0
; LA32D-NEXT: fld.s $fa2, $a0, 8
; LA32D-NEXT: fadd.s $fa1, $fa2, $fa1
; LA32D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI2_2)
; LA32D-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI2_2)
; LA32D-NEXT: fld.s $fa2, $a2, 0
; LA32D-NEXT: fld.s $fa3, $a0, 12
; LA32D-NEXT: fadd.s $fa2, $fa3, $fa2
; LA32D-NEXT: fst.s $fa2, $a1, 12
; LA32D-NEXT: fst.s $fa1, $a1, 8
; LA32D-NEXT: fst.s $fa0, $a1, 4
; LA32D-NEXT: fld.s $fa0, $a0, 0
; LA32D-NEXT: addi.w $a0, $zero, 1
; LA32D-NEXT: movgr2fr.w $fa1, $a0
; LA32D-NEXT: ffint.s.w $fa1, $fa1
; LA32D-NEXT: fadd.s $fa0, $fa0, $fa1
; LA32D-NEXT: fst.s $fa0, $a1, 0
; LA32D-NEXT: ret
;
; LA64F-LABEL: test_f4:
; LA64F: # %bb.0:
; LA64F-NEXT: pcalau12i $a2, %pc_hi20(.LCPI2_0)
; LA64F-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI2_0)
; LA64F-NEXT: fld.s $fa0, $a2, 0
; LA64F-NEXT: fld.s $fa1, $a0, 4
; LA64F-NEXT: fadd.s $fa0, $fa1, $fa0
; LA64F-NEXT: pcalau12i $a2, %pc_hi20(.LCPI2_1)
; LA64F-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI2_1)
; LA64F-NEXT: fld.s $fa1, $a2, 0
; LA64F-NEXT: fld.s $fa2, $a0, 8
; LA64F-NEXT: fadd.s $fa1, $fa2, $fa1
; LA64F-NEXT: pcalau12i $a2, %pc_hi20(.LCPI2_2)
; LA64F-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI2_2)
; LA64F-NEXT: fld.s $fa2, $a2, 0
; LA64F-NEXT: fld.s $fa3, $a0, 12
; LA64F-NEXT: fadd.s $fa2, $fa3, $fa2
; LA64F-NEXT: fst.s $fa2, $a1, 12
; LA64F-NEXT: fst.s $fa1, $a1, 8
; LA64F-NEXT: fst.s $fa0, $a1, 4
; LA64F-NEXT: fld.s $fa0, $a0, 0
; LA64F-NEXT: addi.w $a0, $zero, 1
; LA64F-NEXT: movgr2fr.w $fa1, $a0
; LA64F-NEXT: ffint.s.w $fa1, $fa1
; LA64F-NEXT: fadd.s $fa0, $fa0, $fa1
; LA64F-NEXT: fst.s $fa0, $a1, 0
; LA64F-NEXT: ret
;
; LA64D-LABEL: test_f4:
; LA64D: # %bb.0:
; LA64D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI2_0)
; LA64D-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI2_0)
; LA64D-NEXT: fld.s $fa0, $a2, 0
; LA64D-NEXT: fld.s $fa1, $a0, 4
; LA64D-NEXT: fadd.s $fa0, $fa1, $fa0
; LA64D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI2_1)
; LA64D-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI2_1)
; LA64D-NEXT: fld.s $fa1, $a2, 0
; LA64D-NEXT: fld.s $fa2, $a0, 8
; LA64D-NEXT: fadd.s $fa1, $fa2, $fa1
; LA64D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI2_2)
; LA64D-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI2_2)
; LA64D-NEXT: fld.s $fa2, $a2, 0
; LA64D-NEXT: fld.s $fa3, $a0, 12
; LA64D-NEXT: fadd.s $fa2, $fa3, $fa2
; LA64D-NEXT: fst.s $fa2, $a1, 12
; LA64D-NEXT: fst.s $fa1, $a1, 8
; LA64D-NEXT: fst.s $fa0, $a1, 4
; LA64D-NEXT: fld.s $fa0, $a0, 0
; LA64D-NEXT: addi.w $a0, $zero, 1
; LA64D-NEXT: movgr2fr.w $fa1, $a0
; LA64D-NEXT: ffint.s.w $fa1, $fa1
; LA64D-NEXT: fadd.s $fa0, $fa0, $fa1
; LA64D-NEXT: fst.s $fa0, $a1, 0
; LA64D-NEXT: ret
%p = load %f4, ptr %P
%R = fadd %f4 %p, < float 1.000000e+00, float 2.000000e+00, float 3.000000e+00, float 4.000000e+00 >
store %f4 %R, ptr %S
ret void
}
define void @test_f8(ptr %P, ptr %S) nounwind {
; LA32F-LABEL: test_f8:
; LA32F: # %bb.0:
; LA32F-NEXT: pcalau12i $a2, %pc_hi20(.LCPI3_0)
; LA32F-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI3_0)
; LA32F-NEXT: fld.s $fa0, $a2, 0
; LA32F-NEXT: fld.s $fa1, $a0, 4
; LA32F-NEXT: fadd.s $fa1, $fa1, $fa0
; LA32F-NEXT: fld.s $fa2, $a0, 20
; LA32F-NEXT: fadd.s $fa0, $fa2, $fa0
; LA32F-NEXT: pcalau12i $a2, %pc_hi20(.LCPI3_1)
; LA32F-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI3_1)
; LA32F-NEXT: fld.s $fa2, $a2, 0
; LA32F-NEXT: fld.s $fa3, $a0, 8
; LA32F-NEXT: fadd.s $fa3, $fa3, $fa2
; LA32F-NEXT: fld.s $fa4, $a0, 24
; LA32F-NEXT: fadd.s $fa2, $fa4, $fa2
; LA32F-NEXT: pcalau12i $a2, %pc_hi20(.LCPI3_2)
; LA32F-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI3_2)
; LA32F-NEXT: fld.s $fa4, $a2, 0
; LA32F-NEXT: fld.s $fa5, $a0, 12
; LA32F-NEXT: fadd.s $fa5, $fa5, $fa4
; LA32F-NEXT: fld.s $fa6, $a0, 28
; LA32F-NEXT: fadd.s $fa4, $fa6, $fa4
; LA32F-NEXT: fst.s $fa4, $a1, 28
; LA32F-NEXT: fst.s $fa2, $a1, 24
; LA32F-NEXT: fst.s $fa0, $a1, 20
; LA32F-NEXT: fst.s $fa5, $a1, 12
; LA32F-NEXT: fst.s $fa3, $a1, 8
; LA32F-NEXT: fst.s $fa1, $a1, 4
; LA32F-NEXT: addi.w $a2, $zero, 1
; LA32F-NEXT: movgr2fr.w $fa0, $a2
; LA32F-NEXT: ffint.s.w $fa0, $fa0
; LA32F-NEXT: fld.s $fa1, $a0, 16
; LA32F-NEXT: fadd.s $fa1, $fa1, $fa0
; LA32F-NEXT: fst.s $fa1, $a1, 16
; LA32F-NEXT: fld.s $fa1, $a0, 0
; LA32F-NEXT: fadd.s $fa0, $fa1, $fa0
; LA32F-NEXT: fst.s $fa0, $a1, 0
; LA32F-NEXT: ret
;
; LA32D-LABEL: test_f8:
; LA32D: # %bb.0:
; LA32D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI3_0)
; LA32D-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI3_0)
; LA32D-NEXT: fld.s $fa0, $a2, 0
; LA32D-NEXT: fld.s $fa1, $a0, 4
; LA32D-NEXT: fadd.s $fa1, $fa1, $fa0
; LA32D-NEXT: fld.s $fa2, $a0, 20
; LA32D-NEXT: fadd.s $fa0, $fa2, $fa0
; LA32D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI3_1)
; LA32D-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI3_1)
; LA32D-NEXT: fld.s $fa2, $a2, 0
; LA32D-NEXT: fld.s $fa3, $a0, 8
; LA32D-NEXT: fadd.s $fa3, $fa3, $fa2
; LA32D-NEXT: fld.s $fa4, $a0, 24
; LA32D-NEXT: fadd.s $fa2, $fa4, $fa2
; LA32D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI3_2)
; LA32D-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI3_2)
; LA32D-NEXT: fld.s $fa4, $a2, 0
; LA32D-NEXT: fld.s $fa5, $a0, 12
; LA32D-NEXT: fadd.s $fa5, $fa5, $fa4
; LA32D-NEXT: fld.s $fa6, $a0, 28
; LA32D-NEXT: fadd.s $fa4, $fa6, $fa4
; LA32D-NEXT: fst.s $fa4, $a1, 28
; LA32D-NEXT: fst.s $fa2, $a1, 24
; LA32D-NEXT: fst.s $fa0, $a1, 20
; LA32D-NEXT: fst.s $fa5, $a1, 12
; LA32D-NEXT: fst.s $fa3, $a1, 8
; LA32D-NEXT: fst.s $fa1, $a1, 4
; LA32D-NEXT: addi.w $a2, $zero, 1
; LA32D-NEXT: movgr2fr.w $fa0, $a2
; LA32D-NEXT: ffint.s.w $fa0, $fa0
; LA32D-NEXT: fld.s $fa1, $a0, 16
; LA32D-NEXT: fadd.s $fa1, $fa1, $fa0
; LA32D-NEXT: fst.s $fa1, $a1, 16
; LA32D-NEXT: fld.s $fa1, $a0, 0
; LA32D-NEXT: fadd.s $fa0, $fa1, $fa0
; LA32D-NEXT: fst.s $fa0, $a1, 0
; LA32D-NEXT: ret
;
; LA64F-LABEL: test_f8:
; LA64F: # %bb.0:
; LA64F-NEXT: pcalau12i $a2, %pc_hi20(.LCPI3_0)
; LA64F-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI3_0)
; LA64F-NEXT: fld.s $fa0, $a2, 0
; LA64F-NEXT: fld.s $fa1, $a0, 4
; LA64F-NEXT: fadd.s $fa1, $fa1, $fa0
; LA64F-NEXT: fld.s $fa2, $a0, 20
; LA64F-NEXT: fadd.s $fa0, $fa2, $fa0
; LA64F-NEXT: pcalau12i $a2, %pc_hi20(.LCPI3_1)
; LA64F-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI3_1)
; LA64F-NEXT: fld.s $fa2, $a2, 0
; LA64F-NEXT: fld.s $fa3, $a0, 8
; LA64F-NEXT: fadd.s $fa3, $fa3, $fa2
; LA64F-NEXT: fld.s $fa4, $a0, 24
; LA64F-NEXT: fadd.s $fa2, $fa4, $fa2
; LA64F-NEXT: pcalau12i $a2, %pc_hi20(.LCPI3_2)
; LA64F-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI3_2)
; LA64F-NEXT: fld.s $fa4, $a2, 0
; LA64F-NEXT: fld.s $fa5, $a0, 12
; LA64F-NEXT: fadd.s $fa5, $fa5, $fa4
; LA64F-NEXT: fld.s $fa6, $a0, 28
; LA64F-NEXT: fadd.s $fa4, $fa6, $fa4
; LA64F-NEXT: fst.s $fa4, $a1, 28
; LA64F-NEXT: fst.s $fa2, $a1, 24
; LA64F-NEXT: fst.s $fa0, $a1, 20
; LA64F-NEXT: fst.s $fa5, $a1, 12
; LA64F-NEXT: fst.s $fa3, $a1, 8
; LA64F-NEXT: fst.s $fa1, $a1, 4
; LA64F-NEXT: addi.w $a2, $zero, 1
; LA64F-NEXT: movgr2fr.w $fa0, $a2
; LA64F-NEXT: ffint.s.w $fa0, $fa0
; LA64F-NEXT: fld.s $fa1, $a0, 16
; LA64F-NEXT: fadd.s $fa1, $fa1, $fa0
; LA64F-NEXT: fst.s $fa1, $a1, 16
; LA64F-NEXT: fld.s $fa1, $a0, 0
; LA64F-NEXT: fadd.s $fa0, $fa1, $fa0
; LA64F-NEXT: fst.s $fa0, $a1, 0
; LA64F-NEXT: ret
;
; LA64D-LABEL: test_f8:
; LA64D: # %bb.0:
; LA64D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI3_0)
; LA64D-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI3_0)
; LA64D-NEXT: fld.s $fa0, $a2, 0
; LA64D-NEXT: fld.s $fa1, $a0, 4
; LA64D-NEXT: fadd.s $fa1, $fa1, $fa0
; LA64D-NEXT: fld.s $fa2, $a0, 20
; LA64D-NEXT: fadd.s $fa0, $fa2, $fa0
; LA64D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI3_1)
; LA64D-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI3_1)
; LA64D-NEXT: fld.s $fa2, $a2, 0
; LA64D-NEXT: fld.s $fa3, $a0, 8
; LA64D-NEXT: fadd.s $fa3, $fa3, $fa2
; LA64D-NEXT: fld.s $fa4, $a0, 24
; LA64D-NEXT: fadd.s $fa2, $fa4, $fa2
; LA64D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI3_2)
; LA64D-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI3_2)
; LA64D-NEXT: fld.s $fa4, $a2, 0
; LA64D-NEXT: fld.s $fa5, $a0, 12
; LA64D-NEXT: fadd.s $fa5, $fa5, $fa4
; LA64D-NEXT: fld.s $fa6, $a0, 28
; LA64D-NEXT: fadd.s $fa4, $fa6, $fa4
; LA64D-NEXT: fst.s $fa4, $a1, 28
; LA64D-NEXT: fst.s $fa2, $a1, 24
; LA64D-NEXT: fst.s $fa0, $a1, 20
; LA64D-NEXT: fst.s $fa5, $a1, 12
; LA64D-NEXT: fst.s $fa3, $a1, 8
; LA64D-NEXT: fst.s $fa1, $a1, 4
; LA64D-NEXT: addi.w $a2, $zero, 1
; LA64D-NEXT: movgr2fr.w $fa0, $a2
; LA64D-NEXT: ffint.s.w $fa0, $fa0
; LA64D-NEXT: fld.s $fa1, $a0, 16
; LA64D-NEXT: fadd.s $fa1, $fa1, $fa0
; LA64D-NEXT: fst.s $fa1, $a1, 16
; LA64D-NEXT: fld.s $fa1, $a0, 0
; LA64D-NEXT: fadd.s $fa0, $fa1, $fa0
; LA64D-NEXT: fst.s $fa0, $a1, 0
; LA64D-NEXT: ret
%p = load %f8, ptr %P
%R = fadd %f8 %p, < float 1.000000e+00, float 2.000000e+00, float 3.000000e+00, float 4.000000e+00, float 1.000000e+00, float 2.000000e+00, float 3.000000e+00, float 4.000000e+00 >
store %f8 %R, ptr %S
ret void
}
define void @test_d2(ptr %P, ptr %S) nounwind {
; LA32F-LABEL: test_d2:
; LA32F: # %bb.0:
; LA32F-NEXT: addi.w $sp, $sp, -16
; LA32F-NEXT: st.w $ra, $sp, 12 # 4-byte Folded Spill
; LA32F-NEXT: st.w $fp, $sp, 8 # 4-byte Folded Spill
; LA32F-NEXT: st.w $s0, $sp, 4 # 4-byte Folded Spill
; LA32F-NEXT: move $fp, $a1
; LA32F-NEXT: move $s0, $a0
; LA32F-NEXT: ld.w $a0, $a0, 8
; LA32F-NEXT: ld.w $a1, $s0, 12
; LA32F-NEXT: lu12i.w $a3, 262144
; LA32F-NEXT: move $a2, $zero
; LA32F-NEXT: bl %plt(__adddf3)
; LA32F-NEXT: st.w $a0, $fp, 8
; LA32F-NEXT: st.w $a1, $fp, 12
; LA32F-NEXT: ld.w $a0, $s0, 0
; LA32F-NEXT: ld.w $a1, $s0, 4
; LA32F-NEXT: lu12i.w $a3, 261888
; LA32F-NEXT: move $a2, $zero
; LA32F-NEXT: bl %plt(__adddf3)
; LA32F-NEXT: st.w $a0, $fp, 0
; LA32F-NEXT: st.w $a1, $fp, 4
; LA32F-NEXT: ld.w $s0, $sp, 4 # 4-byte Folded Reload
; LA32F-NEXT: ld.w $fp, $sp, 8 # 4-byte Folded Reload
; LA32F-NEXT: ld.w $ra, $sp, 12 # 4-byte Folded Reload
; LA32F-NEXT: addi.w $sp, $sp, 16
; LA32F-NEXT: ret
;
; LA32D-LABEL: test_d2:
; LA32D: # %bb.0:
; LA32D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI4_0)
; LA32D-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI4_0)
; LA32D-NEXT: fld.d $fa0, $a2, 0
; LA32D-NEXT: fld.d $fa1, $a0, 8
; LA32D-NEXT: fadd.d $fa0, $fa1, $fa0
; LA32D-NEXT: fst.d $fa0, $a1, 8
; LA32D-NEXT: fld.d $fa0, $a0, 0
; LA32D-NEXT: addi.w $a0, $zero, 1
; LA32D-NEXT: movgr2fr.w $fa1, $a0
; LA32D-NEXT: ffint.s.w $fa1, $fa1
; LA32D-NEXT: fcvt.d.s $fa1, $fa1
; LA32D-NEXT: fadd.d $fa0, $fa0, $fa1
; LA32D-NEXT: fst.d $fa0, $a1, 0
; LA32D-NEXT: ret
;
; LA64F-LABEL: test_d2:
; LA64F: # %bb.0:
; LA64F-NEXT: addi.d $sp, $sp, -32
; LA64F-NEXT: st.d $ra, $sp, 24 # 8-byte Folded Spill
; LA64F-NEXT: st.d $fp, $sp, 16 # 8-byte Folded Spill
; LA64F-NEXT: st.d $s0, $sp, 8 # 8-byte Folded Spill
; LA64F-NEXT: move $fp, $a1
; LA64F-NEXT: move $s0, $a0
; LA64F-NEXT: ld.d $a0, $a0, 8
; LA64F-NEXT: lu52i.d $a1, $zero, 1024
; LA64F-NEXT: bl %plt(__adddf3)
; LA64F-NEXT: st.d $a0, $fp, 8
; LA64F-NEXT: ld.d $a0, $s0, 0
; LA64F-NEXT: lu52i.d $a1, $zero, 1023
; LA64F-NEXT: bl %plt(__adddf3)
; LA64F-NEXT: st.d $a0, $fp, 0
; LA64F-NEXT: ld.d $s0, $sp, 8 # 8-byte Folded Reload
; LA64F-NEXT: ld.d $fp, $sp, 16 # 8-byte Folded Reload
; LA64F-NEXT: ld.d $ra, $sp, 24 # 8-byte Folded Reload
; LA64F-NEXT: addi.d $sp, $sp, 32
; LA64F-NEXT: ret
;
; LA64D-LABEL: test_d2:
; LA64D: # %bb.0:
; LA64D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI4_0)
; LA64D-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI4_0)
; LA64D-NEXT: fld.d $fa0, $a2, 0
; LA64D-NEXT: fld.d $fa1, $a0, 8
; LA64D-NEXT: fadd.d $fa0, $fa1, $fa0
; LA64D-NEXT: fst.d $fa0, $a1, 8
; LA64D-NEXT: fld.d $fa0, $a0, 0
; LA64D-NEXT: addi.d $a0, $zero, 1
; LA64D-NEXT: movgr2fr.d $fa1, $a0
; LA64D-NEXT: ffint.d.l $fa1, $fa1
; LA64D-NEXT: fadd.d $fa0, $fa0, $fa1
; LA64D-NEXT: fst.d $fa0, $a1, 0
; LA64D-NEXT: ret
%p = load %d2, ptr %P
%R = fadd %d2 %p, < double 1.000000e+00, double 2.000000e+00 >
store %d2 %R, ptr %S
ret void
}
define void @test_d4(ptr %P, ptr %S) nounwind {
; LA32F-LABEL: test_d4:
; LA32F: # %bb.0:
; LA32F-NEXT: addi.w $sp, $sp, -16
; LA32F-NEXT: st.w $ra, $sp, 12 # 4-byte Folded Spill
; LA32F-NEXT: st.w $fp, $sp, 8 # 4-byte Folded Spill
; LA32F-NEXT: st.w $s0, $sp, 4 # 4-byte Folded Spill
; LA32F-NEXT: move $fp, $a1
; LA32F-NEXT: move $s0, $a0
; LA32F-NEXT: ld.w $a0, $a0, 24
; LA32F-NEXT: ld.w $a1, $s0, 28
; LA32F-NEXT: lu12i.w $a3, 262400
; LA32F-NEXT: move $a2, $zero
; LA32F-NEXT: bl %plt(__adddf3)
; LA32F-NEXT: st.w $a0, $fp, 24
; LA32F-NEXT: st.w $a1, $fp, 28
; LA32F-NEXT: ld.w $a0, $s0, 16
; LA32F-NEXT: ld.w $a1, $s0, 20
; LA32F-NEXT: lu12i.w $a3, 262272
; LA32F-NEXT: move $a2, $zero
; LA32F-NEXT: bl %plt(__adddf3)
; LA32F-NEXT: st.w $a0, $fp, 16
; LA32F-NEXT: st.w $a1, $fp, 20
; LA32F-NEXT: ld.w $a0, $s0, 8
; LA32F-NEXT: ld.w $a1, $s0, 12
; LA32F-NEXT: lu12i.w $a3, 262144
; LA32F-NEXT: move $a2, $zero
; LA32F-NEXT: bl %plt(__adddf3)
; LA32F-NEXT: st.w $a0, $fp, 8
; LA32F-NEXT: st.w $a1, $fp, 12
; LA32F-NEXT: ld.w $a0, $s0, 0
; LA32F-NEXT: ld.w $a1, $s0, 4
; LA32F-NEXT: lu12i.w $a3, 261888
; LA32F-NEXT: move $a2, $zero
; LA32F-NEXT: bl %plt(__adddf3)
; LA32F-NEXT: st.w $a0, $fp, 0
; LA32F-NEXT: st.w $a1, $fp, 4
; LA32F-NEXT: ld.w $s0, $sp, 4 # 4-byte Folded Reload
; LA32F-NEXT: ld.w $fp, $sp, 8 # 4-byte Folded Reload
; LA32F-NEXT: ld.w $ra, $sp, 12 # 4-byte Folded Reload
; LA32F-NEXT: addi.w $sp, $sp, 16
; LA32F-NEXT: ret
;
; LA32D-LABEL: test_d4:
; LA32D: # %bb.0:
; LA32D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI5_0)
; LA32D-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI5_0)
; LA32D-NEXT: fld.d $fa0, $a2, 0
; LA32D-NEXT: fld.d $fa1, $a0, 8
; LA32D-NEXT: fadd.d $fa0, $fa1, $fa0
; LA32D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI5_1)
; LA32D-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI5_1)
; LA32D-NEXT: fld.d $fa1, $a2, 0
; LA32D-NEXT: fld.d $fa2, $a0, 16
; LA32D-NEXT: fadd.d $fa1, $fa2, $fa1
; LA32D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI5_2)
; LA32D-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI5_2)
; LA32D-NEXT: fld.d $fa2, $a2, 0
; LA32D-NEXT: fld.d $fa3, $a0, 24
; LA32D-NEXT: fadd.d $fa2, $fa3, $fa2
; LA32D-NEXT: fst.d $fa2, $a1, 24
; LA32D-NEXT: fst.d $fa1, $a1, 16
; LA32D-NEXT: fst.d $fa0, $a1, 8
; LA32D-NEXT: fld.d $fa0, $a0, 0
; LA32D-NEXT: addi.w $a0, $zero, 1
; LA32D-NEXT: movgr2fr.w $fa1, $a0
; LA32D-NEXT: ffint.s.w $fa1, $fa1
; LA32D-NEXT: fcvt.d.s $fa1, $fa1
; LA32D-NEXT: fadd.d $fa0, $fa0, $fa1
; LA32D-NEXT: fst.d $fa0, $a1, 0
; LA32D-NEXT: ret
;
; LA64F-LABEL: test_d4:
; LA64F: # %bb.0:
; LA64F-NEXT: addi.d $sp, $sp, -32
; LA64F-NEXT: st.d $ra, $sp, 24 # 8-byte Folded Spill
; LA64F-NEXT: st.d $fp, $sp, 16 # 8-byte Folded Spill
; LA64F-NEXT: st.d $s0, $sp, 8 # 8-byte Folded Spill
; LA64F-NEXT: move $fp, $a1
; LA64F-NEXT: move $s0, $a0
; LA64F-NEXT: ld.d $a0, $a0, 24
; LA64F-NEXT: lu52i.d $a1, $zero, 1025
; LA64F-NEXT: bl %plt(__adddf3)
; LA64F-NEXT: st.d $a0, $fp, 24
; LA64F-NEXT: ld.d $a0, $s0, 8
; LA64F-NEXT: lu52i.d $a1, $zero, 1024
; LA64F-NEXT: bl %plt(__adddf3)
; LA64F-NEXT: st.d $a0, $fp, 8
; LA64F-NEXT: ld.d $a0, $s0, 0
; LA64F-NEXT: lu52i.d $a1, $zero, 1023
; LA64F-NEXT: bl %plt(__adddf3)
; LA64F-NEXT: st.d $a0, $fp, 0
; LA64F-NEXT: ld.d $a0, $s0, 16
; LA64F-NEXT: ori $a1, $zero, 0
; LA64F-NEXT: lu32i.d $a1, -524288
; LA64F-NEXT: lu52i.d $a1, $a1, 1024
; LA64F-NEXT: bl %plt(__adddf3)
; LA64F-NEXT: st.d $a0, $fp, 16
; LA64F-NEXT: ld.d $s0, $sp, 8 # 8-byte Folded Reload
; LA64F-NEXT: ld.d $fp, $sp, 16 # 8-byte Folded Reload
; LA64F-NEXT: ld.d $ra, $sp, 24 # 8-byte Folded Reload
; LA64F-NEXT: addi.d $sp, $sp, 32
; LA64F-NEXT: ret
;
; LA64D-LABEL: test_d4:
; LA64D: # %bb.0:
; LA64D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI5_0)
; LA64D-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI5_0)
; LA64D-NEXT: fld.d $fa0, $a2, 0
; LA64D-NEXT: fld.d $fa1, $a0, 8
; LA64D-NEXT: fadd.d $fa0, $fa1, $fa0
; LA64D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI5_1)
; LA64D-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI5_1)
; LA64D-NEXT: fld.d $fa1, $a2, 0
; LA64D-NEXT: fld.d $fa2, $a0, 16
; LA64D-NEXT: fadd.d $fa1, $fa2, $fa1
; LA64D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI5_2)
; LA64D-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI5_2)
; LA64D-NEXT: fld.d $fa2, $a2, 0
; LA64D-NEXT: fld.d $fa3, $a0, 24
; LA64D-NEXT: fadd.d $fa2, $fa3, $fa2
; LA64D-NEXT: fst.d $fa2, $a1, 24
; LA64D-NEXT: fst.d $fa1, $a1, 16
; LA64D-NEXT: fst.d $fa0, $a1, 8
; LA64D-NEXT: fld.d $fa0, $a0, 0
; LA64D-NEXT: addi.d $a0, $zero, 1
; LA64D-NEXT: movgr2fr.d $fa1, $a0
; LA64D-NEXT: ffint.d.l $fa1, $fa1
; LA64D-NEXT: fadd.d $fa0, $fa0, $fa1
; LA64D-NEXT: fst.d $fa0, $a1, 0
; LA64D-NEXT: ret
%p = load %d4, ptr %P
%R = fadd %d4 %p, < double 1.000000e+00, double 2.000000e+00, double 3.000000e+00, double 4.000000e+00 >
store %d4 %R, ptr %S
ret void
}
define void @test_d8(ptr %P, ptr %S) nounwind {
; LA32F-LABEL: test_d8:
; LA32F: # %bb.0:
; LA32F-NEXT: addi.w $sp, $sp, -32
; LA32F-NEXT: st.w $ra, $sp, 28 # 4-byte Folded Spill
; LA32F-NEXT: st.w $fp, $sp, 24 # 4-byte Folded Spill
; LA32F-NEXT: st.w $s0, $sp, 20 # 4-byte Folded Spill
; LA32F-NEXT: st.w $s1, $sp, 16 # 4-byte Folded Spill
; LA32F-NEXT: st.w $s2, $sp, 12 # 4-byte Folded Spill
; LA32F-NEXT: st.w $s3, $sp, 8 # 4-byte Folded Spill
; LA32F-NEXT: st.w $s4, $sp, 4 # 4-byte Folded Spill
; LA32F-NEXT: move $fp, $a1
; LA32F-NEXT: move $s0, $a0
; LA32F-NEXT: ld.w $a0, $a0, 56
; LA32F-NEXT: ld.w $a1, $s0, 60
; LA32F-NEXT: lu12i.w $s1, 262400
; LA32F-NEXT: move $a2, $zero
; LA32F-NEXT: move $a3, $s1
; LA32F-NEXT: bl %plt(__adddf3)
; LA32F-NEXT: st.w $a0, $fp, 56
; LA32F-NEXT: st.w $a1, $fp, 60
; LA32F-NEXT: ld.w $a0, $s0, 48
; LA32F-NEXT: ld.w $a1, $s0, 52
; LA32F-NEXT: lu12i.w $s2, 262272
; LA32F-NEXT: move $a2, $zero
; LA32F-NEXT: move $a3, $s2
; LA32F-NEXT: bl %plt(__adddf3)
; LA32F-NEXT: st.w $a0, $fp, 48
; LA32F-NEXT: st.w $a1, $fp, 52
; LA32F-NEXT: ld.w $a0, $s0, 40
; LA32F-NEXT: ld.w $a1, $s0, 44
; LA32F-NEXT: lu12i.w $s3, 262144
; LA32F-NEXT: move $a2, $zero
; LA32F-NEXT: move $a3, $s3
; LA32F-NEXT: bl %plt(__adddf3)
; LA32F-NEXT: st.w $a0, $fp, 40
; LA32F-NEXT: st.w $a1, $fp, 44
; LA32F-NEXT: ld.w $a0, $s0, 32
; LA32F-NEXT: ld.w $a1, $s0, 36
; LA32F-NEXT: lu12i.w $s4, 261888
; LA32F-NEXT: move $a2, $zero
; LA32F-NEXT: move $a3, $s4
; LA32F-NEXT: bl %plt(__adddf3)
; LA32F-NEXT: st.w $a0, $fp, 32
; LA32F-NEXT: st.w $a1, $fp, 36
; LA32F-NEXT: ld.w $a0, $s0, 24
; LA32F-NEXT: ld.w $a1, $s0, 28
; LA32F-NEXT: move $a2, $zero
; LA32F-NEXT: move $a3, $s1
; LA32F-NEXT: bl %plt(__adddf3)
; LA32F-NEXT: st.w $a0, $fp, 24
; LA32F-NEXT: st.w $a1, $fp, 28
; LA32F-NEXT: ld.w $a0, $s0, 16
; LA32F-NEXT: ld.w $a1, $s0, 20
; LA32F-NEXT: move $a2, $zero
; LA32F-NEXT: move $a3, $s2
; LA32F-NEXT: bl %plt(__adddf3)
; LA32F-NEXT: st.w $a0, $fp, 16
; LA32F-NEXT: st.w $a1, $fp, 20
; LA32F-NEXT: ld.w $a0, $s0, 8
; LA32F-NEXT: ld.w $a1, $s0, 12
; LA32F-NEXT: move $a2, $zero
; LA32F-NEXT: move $a3, $s3
; LA32F-NEXT: bl %plt(__adddf3)
; LA32F-NEXT: st.w $a0, $fp, 8
; LA32F-NEXT: st.w $a1, $fp, 12
; LA32F-NEXT: ld.w $a0, $s0, 0
; LA32F-NEXT: ld.w $a1, $s0, 4
; LA32F-NEXT: move $a2, $zero
; LA32F-NEXT: move $a3, $s4
; LA32F-NEXT: bl %plt(__adddf3)
; LA32F-NEXT: st.w $a0, $fp, 0
; LA32F-NEXT: st.w $a1, $fp, 4
; LA32F-NEXT: ld.w $s4, $sp, 4 # 4-byte Folded Reload
; LA32F-NEXT: ld.w $s3, $sp, 8 # 4-byte Folded Reload
; LA32F-NEXT: ld.w $s2, $sp, 12 # 4-byte Folded Reload
; LA32F-NEXT: ld.w $s1, $sp, 16 # 4-byte Folded Reload
; LA32F-NEXT: ld.w $s0, $sp, 20 # 4-byte Folded Reload
; LA32F-NEXT: ld.w $fp, $sp, 24 # 4-byte Folded Reload
; LA32F-NEXT: ld.w $ra, $sp, 28 # 4-byte Folded Reload
; LA32F-NEXT: addi.w $sp, $sp, 32
; LA32F-NEXT: ret
;
; LA32D-LABEL: test_d8:
; LA32D: # %bb.0:
; LA32D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI6_0)
; LA32D-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI6_0)
; LA32D-NEXT: fld.d $fa0, $a2, 0
; LA32D-NEXT: fld.d $fa1, $a0, 8
; LA32D-NEXT: fadd.d $fa1, $fa1, $fa0
; LA32D-NEXT: fld.d $fa2, $a0, 40
; LA32D-NEXT: fadd.d $fa0, $fa2, $fa0
; LA32D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI6_1)
; LA32D-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI6_1)
; LA32D-NEXT: fld.d $fa2, $a2, 0
; LA32D-NEXT: fld.d $fa3, $a0, 16
; LA32D-NEXT: fadd.d $fa3, $fa3, $fa2
; LA32D-NEXT: fld.d $fa4, $a0, 48
; LA32D-NEXT: fadd.d $fa2, $fa4, $fa2
; LA32D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI6_2)
; LA32D-NEXT: addi.w $a2, $a2, %pc_lo12(.LCPI6_2)
; LA32D-NEXT: fld.d $fa4, $a2, 0
; LA32D-NEXT: fld.d $fa5, $a0, 24
; LA32D-NEXT: fadd.d $fa5, $fa5, $fa4
; LA32D-NEXT: fld.d $fa6, $a0, 56
; LA32D-NEXT: fadd.d $fa4, $fa6, $fa4
; LA32D-NEXT: fst.d $fa4, $a1, 56
; LA32D-NEXT: fst.d $fa2, $a1, 48
; LA32D-NEXT: fst.d $fa0, $a1, 40
; LA32D-NEXT: fst.d $fa5, $a1, 24
; LA32D-NEXT: fst.d $fa3, $a1, 16
; LA32D-NEXT: fst.d $fa1, $a1, 8
; LA32D-NEXT: addi.w $a2, $zero, 1
; LA32D-NEXT: movgr2fr.w $fa0, $a2
; LA32D-NEXT: ffint.s.w $fa0, $fa0
; LA32D-NEXT: fcvt.d.s $fa0, $fa0
; LA32D-NEXT: fld.d $fa1, $a0, 32
; LA32D-NEXT: fadd.d $fa1, $fa1, $fa0
; LA32D-NEXT: fst.d $fa1, $a1, 32
; LA32D-NEXT: fld.d $fa1, $a0, 0
; LA32D-NEXT: fadd.d $fa0, $fa1, $fa0
; LA32D-NEXT: fst.d $fa0, $a1, 0
; LA32D-NEXT: ret
;
; LA64F-LABEL: test_d8:
; LA64F: # %bb.0:
; LA64F-NEXT: addi.d $sp, $sp, -48
; LA64F-NEXT: st.d $ra, $sp, 40 # 8-byte Folded Spill
; LA64F-NEXT: st.d $fp, $sp, 32 # 8-byte Folded Spill
; LA64F-NEXT: st.d $s0, $sp, 24 # 8-byte Folded Spill
; LA64F-NEXT: st.d $s1, $sp, 16 # 8-byte Folded Spill
; LA64F-NEXT: st.d $s2, $sp, 8 # 8-byte Folded Spill
; LA64F-NEXT: st.d $s3, $sp, 0 # 8-byte Folded Spill
; LA64F-NEXT: move $fp, $a1
; LA64F-NEXT: move $s0, $a0
; LA64F-NEXT: ld.d $a0, $a0, 56
; LA64F-NEXT: lu52i.d $s1, $zero, 1025
; LA64F-NEXT: move $a1, $s1
; LA64F-NEXT: bl %plt(__adddf3)
; LA64F-NEXT: st.d $a0, $fp, 56
; LA64F-NEXT: ld.d $a0, $s0, 40
; LA64F-NEXT: lu52i.d $s2, $zero, 1024
; LA64F-NEXT: move $a1, $s2
; LA64F-NEXT: bl %plt(__adddf3)
; LA64F-NEXT: st.d $a0, $fp, 40
; LA64F-NEXT: ld.d $a0, $s0, 32
; LA64F-NEXT: lu52i.d $s3, $zero, 1023
; LA64F-NEXT: move $a1, $s3
; LA64F-NEXT: bl %plt(__adddf3)
; LA64F-NEXT: st.d $a0, $fp, 32
; LA64F-NEXT: ld.d $a0, $s0, 24
; LA64F-NEXT: move $a1, $s1
; LA64F-NEXT: bl %plt(__adddf3)
; LA64F-NEXT: st.d $a0, $fp, 24
; LA64F-NEXT: ld.d $a0, $s0, 8
; LA64F-NEXT: move $a1, $s2
; LA64F-NEXT: bl %plt(__adddf3)
; LA64F-NEXT: st.d $a0, $fp, 8
; LA64F-NEXT: ld.d $a0, $s0, 0
; LA64F-NEXT: move $a1, $s3
; LA64F-NEXT: bl %plt(__adddf3)
; LA64F-NEXT: st.d $a0, $fp, 0
; LA64F-NEXT: ori $a0, $zero, 0
; LA64F-NEXT: lu32i.d $a0, -524288
; LA64F-NEXT: lu52i.d $s1, $a0, 1024
; LA64F-NEXT: ld.d $a0, $s0, 48
; LA64F-NEXT: move $a1, $s1
; LA64F-NEXT: bl %plt(__adddf3)
; LA64F-NEXT: st.d $a0, $fp, 48
; LA64F-NEXT: ld.d $a0, $s0, 16
; LA64F-NEXT: move $a1, $s1
; LA64F-NEXT: bl %plt(__adddf3)
; LA64F-NEXT: st.d $a0, $fp, 16
; LA64F-NEXT: ld.d $s3, $sp, 0 # 8-byte Folded Reload
; LA64F-NEXT: ld.d $s2, $sp, 8 # 8-byte Folded Reload
; LA64F-NEXT: ld.d $s1, $sp, 16 # 8-byte Folded Reload
; LA64F-NEXT: ld.d $s0, $sp, 24 # 8-byte Folded Reload
; LA64F-NEXT: ld.d $fp, $sp, 32 # 8-byte Folded Reload
; LA64F-NEXT: ld.d $ra, $sp, 40 # 8-byte Folded Reload
; LA64F-NEXT: addi.d $sp, $sp, 48
; LA64F-NEXT: ret
;
; LA64D-LABEL: test_d8:
; LA64D: # %bb.0:
; LA64D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI6_0)
; LA64D-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI6_0)
; LA64D-NEXT: fld.d $fa0, $a2, 0
; LA64D-NEXT: fld.d $fa1, $a0, 8
; LA64D-NEXT: fadd.d $fa1, $fa1, $fa0
; LA64D-NEXT: fld.d $fa2, $a0, 40
; LA64D-NEXT: fadd.d $fa0, $fa2, $fa0
; LA64D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI6_1)
; LA64D-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI6_1)
; LA64D-NEXT: fld.d $fa2, $a2, 0
; LA64D-NEXT: fld.d $fa3, $a0, 16
; LA64D-NEXT: fadd.d $fa3, $fa3, $fa2
; LA64D-NEXT: fld.d $fa4, $a0, 48
; LA64D-NEXT: fadd.d $fa2, $fa4, $fa2
; LA64D-NEXT: pcalau12i $a2, %pc_hi20(.LCPI6_2)
; LA64D-NEXT: addi.d $a2, $a2, %pc_lo12(.LCPI6_2)
; LA64D-NEXT: fld.d $fa4, $a2, 0
; LA64D-NEXT: fld.d $fa5, $a0, 24
; LA64D-NEXT: fadd.d $fa5, $fa5, $fa4
; LA64D-NEXT: fld.d $fa6, $a0, 56
; LA64D-NEXT: fadd.d $fa4, $fa6, $fa4
; LA64D-NEXT: fst.d $fa4, $a1, 56
; LA64D-NEXT: fst.d $fa2, $a1, 48
; LA64D-NEXT: fst.d $fa0, $a1, 40
; LA64D-NEXT: fst.d $fa5, $a1, 24
; LA64D-NEXT: fst.d $fa3, $a1, 16
; LA64D-NEXT: fst.d $fa1, $a1, 8
; LA64D-NEXT: addi.d $a2, $zero, 1
; LA64D-NEXT: movgr2fr.d $fa0, $a2
; LA64D-NEXT: ffint.d.l $fa0, $fa0
; LA64D-NEXT: fld.d $fa1, $a0, 32
; LA64D-NEXT: fadd.d $fa1, $fa1, $fa0
; LA64D-NEXT: fst.d $fa1, $a1, 32
; LA64D-NEXT: fld.d $fa1, $a0, 0
; LA64D-NEXT: fadd.d $fa0, $fa1, $fa0
; LA64D-NEXT: fst.d $fa0, $a1, 0
; LA64D-NEXT: ret
%p = load %d8, ptr %P
%R = fadd %d8 %p, < double 1.000000e+00, double 2.000000e+00, double 3.000000e+00, double 4.000000e+00, double 1.000000e+00, double 2.000000e+00, double 3.000000e+00, double 4.000000e+00 >
store %d8 %R, ptr %S
ret void
}