llvm-6502

mirror of https://github.com/c64scene-ar/llvm-6502.git synced 2024-12-26 21:32:10 +00:00

History

John McCall 3a3465b71d Add a new function attribute, nonlazybind, which inhibits lazy-loading optimizations when emitting calls to the function; instead those calls may use faster relocations which require the function to be immediately resolved upon loading the dynamic object featuring the call. This is useful when it is known that the function will be called frequently and pervasively and therefore there is no merit in delaying binding of the function. Currently only implemented for x86-64, where it turns into a call through the global offset table. Patch by Dan Gohman, who assures me that he's going to add LangRef documentation for this once it's committed. git-svn-id: https://llvm.org/svn/llvm-project/llvm/trunk@133080 91177308-0d34-0410-b5e6-96231b3b80d8		2011-06-15 20:36:13 +00:00
..
aliases.ll
alignment.ll
basictest.ll
callingconventions.ll
calltest.ll
casttest.ll
cfgstructures.ll
constexpr.ll
constpointer.ll
dg.exp
escaped_label.ll
float.ll
fold-fpcast.ll
forwardreftest.ll
global_section.ll
globalredefinition3.ll
globalredefinition.ll
globalvars.ll
indirectcall2.ll
indirectcall.ll
inlineasm.ll
instructions.ll
intrinsics.ll
linker_private_linkages.ll
llvm2cpp.exp
load_module.ll
md_on_instruction.ll	eliminate md_on_instruction.ll, md_on_instruction2.ll is a superset of it.	2009-10-19 05:34:14 +00:00
memorymarkers.ll
metadata.ll
NamedMDNode2.ll
NamedMDNode.ll
newcasts.ll
noalias-ret.ll
opaquetypes.ll
packed_struct.ll
packed.ll
paramattrs.ll	Add a new function attribute, nonlazybind, which inhibits lazy-loading	2011-06-15 20:36:13 +00:00
ppcld.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
testmemory.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

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.