On Mon, 10 Jun 2019, Marc Glisse wrote:
> On Wed, 5 Jun 2019, Richard Biener wrote:
>
> > The following was inspired by Marins work on escapes of locals
> > and the discussion there. It teaches points-to analysis that
> > the point of function return is special and thus escapes through
> > that
On Wed, 5 Jun 2019, Richard Biener wrote:
The following was inspired by Marins work on escapes of locals
and the discussion there. It teaches points-to analysis that
the point of function return is special and thus escapes through
that a) do not influence other points-to solutions, b) can be
pr
On 6/5/19 6:51 AM, Richard Biener wrote:
>
> The following was inspired by Marins work on escapes of locals
> and the discussion there. It teaches points-to analysis that
> the point of function return is special and thus escapes through
> that a) do not influence other points-to solutions, b) ca
On Wed, 5 Jun 2019, Martin Sebor wrote:
> On 6/5/19 6:51 AM, Richard Biener wrote:
> >
> > The following was inspired by Marins work on escapes of locals
> > and the discussion there. It teaches points-to analysis that
> > the point of function return is special and thus escapes through
> > that
On 6/5/19 6:51 AM, Richard Biener wrote:
The following was inspired by Marins work on escapes of locals
and the discussion there. It teaches points-to analysis that
the point of function return is special and thus escapes through
that a) do not influence other points-to solutions, b) can be
pru
The following was inspired by Marins work on escapes of locals
and the discussion there. It teaches points-to analysis that
the point of function return is special and thus escapes through
that a) do not influence other points-to solutions, b) can be
pruned of all locals.
This is one example of
