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Alias with unnamed_addr were in a strange state. It is stored in GlobalValue, the language reference talks about "unnamed_addr aliases" but the verifier was rejecting them. It seems natural to allow unnamed_addr in aliases: * It is a property of how it is accessed, not of the data itself. * It is perfectly possible to write code that depends on the address of an alias. This patch then makes unname_addr legal for aliases. One side effect is that the syntax changes for a corner case: In globals, unnamed_addr is now printed before the address space. git-svn-id: https://llvm.org/svn/llvm-project/llvm/trunk@210302 91177308-0d34-0410-b5e6-96231b3b80d8 |
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.. | ||
alias2.ll | ||
aliases.ll | ||
alignment.ll | ||
attributes.ll | ||
basictest.ll | ||
callingconventions.ll | ||
calltest.ll | ||
casttest.ll | ||
cfgstructures.ll | ||
cold.ll | ||
const_pv.ll | ||
constexpr.ll | ||
constpointer.ll | ||
escaped_label.ll | ||
exception.ll | ||
float.ll | ||
fold-fpcast.ll | ||
forwardreftest.ll | ||
global_pv.ll | ||
global_section.ll | ||
globalredefinition3.ll | ||
globalvars.ll | ||
indirectcall2.ll | ||
indirectcall.ll | ||
inlineasm.ll | ||
instructions.ll | ||
intrinsic-noduplicate.ll | ||
intrinsics.ll | ||
load_module.ll | ||
md_on_instruction.ll | ||
memorymarkers.ll | ||
metadata.ll | ||
minsize_attr.ll | ||
NamedMDNode2.ll | ||
NamedMDNode.ll | ||
newcasts.ll | ||
optnone-llc.ll | ||
optnone-opt.ll | ||
optnone.ll | ||
packed_struct.ll | ||
packed.ll | ||
paramattrs.ll | ||
ppcld.ll | ||
prefixdata.ll | ||
properties.ll | ||
prototype.ll | ||
README.txt | ||
recursivetype.ll | ||
simplecalltest.ll | ||
small.ll | ||
smallest.ll | ||
sparcld.ll | ||
terminators.ll | ||
testalloca.ll | ||
testconstants.ll | ||
testlogical.ll | ||
testtype.ll | ||
testvarargs.ll | ||
undefined.ll | ||
unreachable.ll | ||
varargs_new.ll | ||
varargs.ll | ||
vector-cast-constant-exprs.ll | ||
weak_constant.ll | ||
weirdnames.ll | ||
x86ld.ll |
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.