search for: mip16

...or example). So you almost could never win in real life by making those function calls for floating point instructions. Later, when I have more time, I would like to go back and develop some metrics that allow me to make a better decision there because it is possible to change in-line to mips32/mip16 in a basic block or set of basic blocks with a lot of floating point activity, it would be possible to not have to do the whole function in mips32 if there is floating point. So I need know if there was floating point in a function. Is there some easy way to know this already? (And if there is...

That code looks a little odd but not too awful. I still don't understand what's so wrong/complicated about this. You seem to be of the opinion that injecting asm into a stream ala gcc is a good idea in clang, it really isn't. -eric On Mon, May 6, 2013 at 5:45 PM, reed kotler <rkotler at mips.com> wrote: > On 05/06/2013 04:23 PM, Eric Christopher wrote: >> >> On

On 05/06/2013 04:23 PM, Eric Christopher wrote: > On Mon, May 6, 2013 at 3:08 PM, reed kotler <rkotler at mips.com> wrote: >> Hi Hal, >> >> >> I think that it's perfectly valid to generate inline assembler and it >> looks 1000 times cleaner than if I tried to do this same work with >> selection DAG. >> > I'm pretty sure you're the