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...| > | > | // assign 'a' to R3, and load M1 into R3 > c := a c(Ry) := a(R3) > > So, the register is necessary for doing the reloading. Yes. But as you show above, it may happen that the same spilled virtual interval is reloaded into _multiple different_ physical registers during its lifetime. So, what is the reason to assign only one (!) physical register to the virtual interval by means of VRM.assignVirt2Phys() and to do it actually in advance? What is the semantics of it? I'd really like to understand it better. How does this solve the probl...

I am just starting to use icecast and would appreciate some help with setup. I have searched the archive and read the documentation, but I am unable to determine how to get ices to stream a playlist on one mount point and another separate playlist on another mount point. Is it supported? I know that streaming the same playlist at different bit rates on different mount points is supported. I

Hi, Roman, maybe I can try to answer this. I think that all boils down to having register to reload spilled values. Once a register is spilled, its live range is split into smaller pieces. These pieces most be contained into registers, and it is the task of the allocator to find these registers. Imagine that you have something like: Before After allocation: allocation: a

Roland, On 2020-09-10 21:27, Roland wrote: >> with rsync hanging - after breakout on /home for writing I then get: >> "Read-only file system" > > if your filesystem switches to read-only, you have a serious problem > with your system/storage, not with rsync. > > rsync (or the workload) is simply triggering the problem. Thanks for the response . . Hmm . .

Hi Evan, I have a few questions about current implementation of live intervals spilling, which is required for the implementation of Extended Linear Scan algorithm. --- Evan Cheng <evan.cheng at apple.com> wrote: > > On Wednesday 23 January 2008 02:01, Evan Cheng wrote: > >> On Jan 22, 2008, at 12:23 PM, David Greene wrote: > >>> Evan, > >>> >