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As has been suggested by Duncan and others, Early-CSE and GVN should do similar redundancy elimination, but Early-CSE is much less expensive. Most of my autovectorization benchmarks show a performance regresion, but all of these are < 0.1%, and so I think that it is still worth using the less expensive pass. llvm-svn: 154673 |
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.. | ||
ArgumentPromotion.cpp | ||
CMakeLists.txt | ||
ConstantMerge.cpp | ||
DeadArgumentElimination.cpp | ||
ExtractGV.cpp | ||
FunctionAttrs.cpp | ||
GlobalDCE.cpp | ||
GlobalOpt.cpp | ||
InlineAlways.cpp | ||
Inliner.cpp | ||
InlineSimple.cpp | ||
Internalize.cpp | ||
IPConstantPropagation.cpp | ||
IPO.cpp | ||
LLVMBuild.txt | ||
LoopExtractor.cpp | ||
Makefile | ||
MergeFunctions.cpp | ||
PartialInlining.cpp | ||
PassManagerBuilder.cpp | ||
PruneEH.cpp | ||
StripDeadPrototypes.cpp | ||
StripSymbols.cpp |