/external/valgrind/none/tests/s390x/ |
and.c | 8 #define nill(r1,i2) ".long 0xa5" #r1 "7" #i2 "\n\t" macro 25 immsweep(nill, 0055); 29 immsweep(nill, 00aa); 33 immsweep(nill, 00ff); 37 immsweep(nill, 0000); 41 immsweep(nill, ffff); 45 immsweep(nill, aaaa); 49 immsweep(nill, 5555);
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and.stdout.exp | [all...] |
/external/llvm/test/CodeGen/SystemZ/ |
shift-11.ll | 1 ; Test shortening of NILL to NILF when the result is used as a shift amount. 8 ; CHECK: nill %r3, 31 18 ; CHECK: nill %r3, 31 28 ; CHECK: nill %r3, 31 38 ; CHECK: nill %r3, 31 48 ; CHECK: nill %r3, 31 58 ; CHECK: nill %r3, 31
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rot-01.ll | 1 ; Test shortening of NILL to NILF when the result is used as a rotate amount. 8 ; CHECK: nill %r3, 31 24 ; CHECK: nill %r3, 31
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alloca-04.ll | 14 ; CHECK-NOT: nill
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atomicrmw-and-03.ll | 51 ; Check the largest useful NILL value. 54 ; CHECK: nill %r0, 65534 60 ; Check the low end of the NILL range. 63 ; CHECK: nill %r0, 0
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atomicrmw-nand-03.ll | 55 ; Check the largest useful NILL value. 58 ; CHECK: nill %r0, 65534 65 ; Check the low end of the NILL range. 68 ; CHECK: nill %r0, 0
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alloca-03.ll | 36 ; CHECK: nill %r1, 65408 52 ; CHECK: nill %r1, 65408 78 ; CHECK: nill %r1, 65408
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and-02.ll | 149 ; Check the next value up, which is the first useful NILL value. 152 ; CHECK: nill %r2, 0 167 ; Check the next value up again, which can still use NILL. 170 ; CHECK: nill %r2, 1 185 ; Check the last useful mask, which can use NILL. 188 ; CHECK: nill %r2, 65534
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and-04.ll | 167 ; Check the lowest NILL value outside the RISBG range (0xffffffff_ffff0002). 170 ; CHECK: nill %r2, 2 176 ; Check the highest NILL value outside the RISBG range. 179 ; CHECK: nill %r2, 65530
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alloca-01.ll | 21 ; nill %r1, 0xfff8 26 ; CHECK-DAG: nill [[REG1]], 65528
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atomicrmw-and-04.ll | 83 ; Check the highest NILL value outside the range of RISBG. 86 ; CHECK: nill {{%r[0-5]}}, 65530 92 ; Check the lowest NILL value outside the range of RISBG. 95 ; CHECK: nill {{%r[0-5]}}, 2
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atomicrmw-nand-04.ll | 89 ; Check the highest NILL value outside the range of RISBG. 92 ; CHECK: nill {{%r[0-5]}}, 65530 98 ; Check the lowest NILL value outside the range of RISBG. 101 ; CHECK: nill {{%r[0-5]}}, 2
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insert-03.ll | 5 ; Check the lowest useful IILL value. (We use NILL rather than IILL
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addr-01.ll | 68 ; CHECK: nill %r2, 65528 96 ; CHECK: nill %r2, 65528
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addr-02.ll | 74 ; CHECK: nill %r2, 65528 104 ; CHECK: nill %r2, 65528
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atomicrmw-xchg-01.ll | 9 ; RLL is set up correctly. The negation is independent of the NILL and L
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atomicrmw-xchg-02.ll | 9 ; RLL is set up correctly. The negation is independent of the NILL and L
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cmpxchg-01.ll | 9 ; RLL is set up correctly. The negation is independent of the NILL and L
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cmpxchg-02.ll | 9 ; RLL is set up correctly. The negation is independent of the NILL and L
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insert-01.ll | 36 ; CHECK: nill %r2, 65024 49 ; CHECK: nill %r2, 65024
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insert-02.ll | 36 ; CHECK: nill %r2, 65024 49 ; CHECK: nill %r2, 65024
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/external/swiftshader/third_party/LLVM/test/CodeGen/SystemZ/ |
2009-06-02-And32Imm.ll | 2 ; RUN: llc < %s -march=systemz | grep nill | count 1
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/external/v8/src/ic/s390/ |
ic-s390.cc | 109 // (replaced by LR + NILL)
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/external/llvm/lib/Target/SystemZ/ |
SystemZTargetMachine.cpp | 163 // other hand, 64-bit ANDs like NILL can sometimes be converted to RISBG. 164 // The CC value produced by NILL isn't useful for our purposes, but the
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