Jan Hubicka writes:
>> >>
>> >> OK. I wonder if we can/should carve off some bits to note
>> >> type_with_linkage_p and type_in_anonymous_namespace_p in the tree
>> >> itself? At least in type_common there's plenty of bits left.
>> >> Not sure how expensive / reliable (non-C++?) those tests ot
> Jan Hubicka writes:
>
> >>
> >> OK. I wonder if we can/should carve off some bits to note
> >> type_with_linkage_p and type_in_anonymous_namespace_p in the tree
> >> itself? At least in type_common there's plenty of bits left.
> >> Not sure how expensive / reliable (non-C++?) those tests oth
Jan Hubicka writes:
>>
>> OK. I wonder if we can/should carve off some bits to note
>> type_with_linkage_p and type_in_anonymous_namespace_p in the tree
>> itself? At least in type_common there's plenty of bits left.
>> Not sure how expensive / reliable (non-C++?) those tests otherwise are.
>
>
> OK. I wonder if we can/should carve off some bits to note
> type_with_linkage_p and type_in_anonymous_namespace_p in the tree
> itself? At least in type_common there's plenty of bits left.
> Not sure how expensive / reliable (non-C++?) those tests otherwise are.
It also makes me wonder if o
> On Thu, 18 Jul 2019, Jan Hubicka wrote:
>
> > Hi,
> > this patch adjusts LTO tree merging to treat anonymous namespace types
> > as local to a given TU, so just like !TREE_PUBLIC decls they are not
> > merged (this is unify_scc change). This makes them to get different
> > canonical types and ac
On Thu, 18 Jul 2019, Jan Hubicka wrote:
> Hi,
> this patch adjusts LTO tree merging to treat anonymous namespace types
> as local to a given TU, so just like !TREE_PUBLIC decls they are not
> merged (this is unify_scc change). This makes them to get different
> canonical types and act as independe
Hi,
this patch adjusts LTO tree merging to treat anonymous namespace types
as local to a given TU, so just like !TREE_PUBLIC decls they are not
merged (this is unify_scc change). This makes them to get different
canonical types and act as independent types for TBAA.
I also modified canonical type
