Thanks, applied all.
On Thu, Jul 7, 2011 at 3:37 PM, Kirill Batuzov wrote:
> This series implements some basic machine-independent optimizations. They
> simplify code and allow liveness analysis do it's work better.
>
> Suppose we have following ARM code:
>
> movw r12, #0xb6db
> movt r12
On Thu, 7 Jul 2011, Peter Maydell wrote:
> On 7 July 2011 13:37, Kirill Batuzov wrote:
> > ARM guests for 254.gap and 255.vortex and x86_64 guest for 252.eon does not
> > work under QEMU for some unrelated reason.
>
> If you can provide a binary and a command line for these I can have
> a look
On 7 July 2011 13:37, Kirill Batuzov wrote:
> ARM guests for 254.gap and 255.vortex and x86_64 guest for 252.eon does not
> work under QEMU for some unrelated reason.
If you can provide a binary and a command line for these I can have
a look at what's going on with the failing ARM guest binaries.
This series implements some basic machine-independent optimizations. They
simplify code and allow liveness analysis do it's work better.
Suppose we have following ARM code:
movwr12, #0xb6db
movtr12, #0xdb6d
In TCG before optimizations we'll have:
movi_i32 tmp8,$0xb6db
mov_i32 r12,t
