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https://github.com/c64scene-ar/llvm-6502.git
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eacb7020ec
Update the test suite to accommodate the change from signed integer types to signless integer types. The changes were of only a few kinds: 1. Make sure llvm-upgrade is run on the source which does the bulk of the changes automatically. 2. Change things like "grep 'int'" to "grep 'i32'" 3. In several tests bitcasting caused the same name to be reused in the same type plane. These had to be manually fixed. The fix was (generally) to leave the bitcast and provide the instruction with a new name. This should not affect the semantics of the test. In a few cases, the bitcasts were known to be superfluous and irrelevant to the test case so they were removed. 4. One test case uses a bytecode file which needed to be updated to the latest bytecode format. git-svn-id: https://llvm.org/svn/llvm-project/llvm/trunk@32789 91177308-0d34-0410-b5e6-96231b3b80d8
72 lines
2.7 KiB
LLVM
72 lines
2.7 KiB
LLVM
; Test that vectors are scalarized/lowered correctly.
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; RUN: llvm-upgrade < %s | llvm-as | llc -march=ppc32 -mcpu=g5 | grep vspltw | wc -l | grep 2 &&
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; RUN: llvm-upgrade < %s | llvm-as | llc -march=ppc32 -mcpu=g3 | grep stfs | wc -l | grep 4 &&
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; RUN: llvm-upgrade < %s | llvm-as | llc -march=ppc32 -mcpu=g5 | grep vsplti | wc -l | grep 3 &&
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; RUN: llvm-upgrade < %s | llvm-as | llc -march=ppc32 -mcpu=g5 | grep vsplth | wc -l | grep 1
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%f4 = type <4 x float>
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%i4 = type <4 x int>
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implementation
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void %splat(%f4* %P, %f4* %Q, float %X) {
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%tmp = insertelement %f4 undef, float %X, uint 0
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%tmp2 = insertelement %f4 %tmp, float %X, uint 1
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%tmp4 = insertelement %f4 %tmp2, float %X, uint 2
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%tmp6 = insertelement %f4 %tmp4, float %X, uint 3
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%q = load %f4* %Q
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%R = add %f4 %q, %tmp6
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store %f4 %R, %f4* %P
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ret void
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}
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void %splat_i4(%i4* %P, %i4* %Q, int %X) {
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%tmp = insertelement %i4 undef, int %X, uint 0
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%tmp2 = insertelement %i4 %tmp, int %X, uint 1
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%tmp4 = insertelement %i4 %tmp2, int %X, uint 2
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%tmp6 = insertelement %i4 %tmp4, int %X, uint 3
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%q = load %i4* %Q
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%R = add %i4 %q, %tmp6
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store %i4 %R, %i4* %P
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ret void
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}
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void %splat_imm_i32(%i4* %P, %i4* %Q, int %X) {
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%q = load %i4* %Q
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%R = add %i4 %q, <int -1, int -1, int -1, int -1>
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store %i4 %R, %i4* %P
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ret void
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}
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void %splat_imm_i16(%i4* %P, %i4* %Q, int %X) {
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%q = load %i4* %Q
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%R = add %i4 %q, <int 65537, int 65537, int 65537, int 65537>
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store %i4 %R, %i4* %P
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ret void
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}
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void %splat_h(short %tmp, <16 x ubyte>* %dst) {
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%tmp = insertelement <8 x short> undef, short %tmp, uint 0
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%tmp72 = insertelement <8 x short> %tmp, short %tmp, uint 1
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%tmp73 = insertelement <8 x short> %tmp72, short %tmp, uint 2
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%tmp74 = insertelement <8 x short> %tmp73, short %tmp, uint 3
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%tmp75 = insertelement <8 x short> %tmp74, short %tmp, uint 4
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%tmp76 = insertelement <8 x short> %tmp75, short %tmp, uint 5
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%tmp77 = insertelement <8 x short> %tmp76, short %tmp, uint 6
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%tmp78 = insertelement <8 x short> %tmp77, short %tmp, uint 7
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%tmp78 = cast <8 x short> %tmp78 to <16 x ubyte>
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store <16 x ubyte> %tmp78, <16 x ubyte>* %dst
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ret void
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}
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void %spltish(<16 x ubyte>* %A, <16 x ubyte>* %B) {
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; Gets converted to 16 x ubyte
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%tmp = load <16 x ubyte>* %B
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%tmp.s = cast <16 x ubyte> %tmp to <16 x sbyte>
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%tmp4 = sub <16 x sbyte> %tmp.s, cast (<8 x short> < short 15, short 15, short 15, short 15, short 15, short 15, short 15, short 15 > to <16 x sbyte>)
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%tmp4.u = cast <16 x sbyte> %tmp4 to <16 x ubyte>
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store <16 x ubyte> %tmp4.u, <16 x ubyte>* %A
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ret void
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}
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