forked from OSchip/llvm-project
a0a1164ce4
This commit introduces a set of experimental intrinsics intended to prevent optimizations that make assumptions about the rounding mode and floating point exception behavior. These intrinsics will later be extended to specify flush-to-zero behavior. More work is also required to model instruction dependencies in machine code and to generate these instructions from clang (when required by pragmas and/or command line options that are not currently supported). Differential Revision: https://reviews.llvm.org/D27028 llvm-svn: 293226 |
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.. | ||
OperandBundles | ||
NamedMDNode.ll | ||
NamedMDNode2.ll | ||
README.txt | ||
alias2.ll | ||
aliases.ll | ||
alignment.ll | ||
attributes.ll | ||
basictest.ll | ||
callingconventions.ll | ||
calltest.ll | ||
casttest.ll | ||
cfgstructures.ll | ||
cold.ll | ||
comdat.ll | ||
const_pv.ll | ||
constexpr.ll | ||
constpointer.ll | ||
escaped_label.ll | ||
exception.ll | ||
float.ll | ||
fold-fpcast.ll | ||
forwardreftest.ll | ||
fp-intrinsics.ll | ||
global_pv.ll | ||
global_section.ll | ||
globalredefinition3.ll | ||
globalvars.ll | ||
indirectcall.ll | ||
indirectcall2.ll | ||
inlineasm.ll | ||
instructions.ll | ||
intrinsic-noduplicate.ll | ||
intrinsics.ll | ||
load_module.ll | ||
md_on_instruction.ll | ||
memorymarkers.ll | ||
metadata.ll | ||
minsize_attr.ll | ||
newcasts.ll | ||
optnone-llc.ll | ||
optnone-opt.ll | ||
optnone.ll | ||
packed.ll | ||
packed_struct.ll | ||
paramattrs.ll | ||
ppcld.ll | ||
prefixdata.ll | ||
prologuedata.ll | ||
properties.ll | ||
prototype.ll | ||
recursivetype.ll | ||
seh-nounwind.ll | ||
simplecalltest.ll | ||
small.ll | ||
smallest.ll | ||
sparcld.ll | ||
strip_names.ll | ||
terminators.ll | ||
testalloca.ll | ||
testconstants.ll | ||
testlogical.ll | ||
testtype.ll | ||
testvarargs.ll | ||
undefined.ll | ||
unreachable.ll | ||
varargs.ll | ||
varargs_new.ll | ||
vector-cast-constant-exprs.ll | ||
weak_constant.ll | ||
weirdnames.ll | ||
x86ld.ll |
README.txt
This directory contains test cases for individual source features of LLVM. It is designed to make sure that the major components of LLVM support all of the features of LLVM, for very small examples. Entire programs should not go here. Regression tests for individual bug fixes should go into the test/Regression dir.