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The SPU ABI does not mention v64, and all examples in C suggest v128 are treated similarily to arrays, we use array alignment for v64 too. This makes the alignment of e.g. [2 x <2 x i32>] behave "intuitively" and similar to as if the elements were e.g. i32s. This also makes an "unaligned store" test to be aligned, with different (but functionally equivalent) code generated. git-svn-id: https://llvm.org/svn/llvm-project/llvm/trunk@117360 91177308-0d34-0410-b5e6-96231b3b80d8 |
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.. | ||
useful-harnesses | ||
2009-01-01-BrCond.ll | ||
2010-04-07-DbgValueOtherTargets.ll | ||
and_ops.ll | ||
arg_ret.ll | ||
bigstack.ll | ||
bss.ll | ||
call_indirect.ll | ||
call.ll | ||
crash.ll | ||
ctpop.ll | ||
dg.exp | ||
dp_farith.ll | ||
eqv.ll | ||
extract_elt.ll | ||
fcmp32.ll | ||
fcmp64.ll | ||
fdiv.ll | ||
fneg-fabs.ll | ||
i8ops.ll | ||
i64ops.ll | ||
icmp8.ll | ||
icmp16.ll | ||
icmp32.ll | ||
icmp64.ll | ||
immed16.ll | ||
immed32.ll | ||
immed64.ll | ||
int2fp.ll | ||
intrinsics_branch.ll | ||
intrinsics_float.ll | ||
intrinsics_logical.ll | ||
jumptable.ll | ||
loads.ll | ||
mul_ops.ll | ||
mul-with-overflow.ll | ||
nand.ll | ||
or_ops.ll | ||
private.ll | ||
rotate_ops.ll | ||
select_bits.ll | ||
sext128.ll | ||
shift_ops.ll | ||
shuffles.ll | ||
sp_farith.ll | ||
stores.ll | ||
storestruct.ll | ||
struct_1.ll | ||
sub_ops.ll | ||
trunc.ll | ||
v2f32.ll | ||
v2i32.ll | ||
vec_const.ll | ||
vecinsert.ll |