Hi Majid,
Thank you so much for your detailed information. I strongly appreciate that.
I tried to update the code as you said, and it works fine to dump the
information in the C++ code. However, I am still confused to interpret the
"cache state" information at this step. Could you please take a l
Hi Shuai,
I don't think Jason meant that you need to add a function to Caches.py. You
will need to add something to the C++ class (src/mem/cache/cache.hh/cc).
I'm not sure what kind of information you need to dump, but basically all
of the incoming requests from CPU are received here:
"Cache::Cpu
Hey Jason,
Thank you for your response. May I ask how should I cope the monitoring
facilities with the address mapping? The following monitoring code is currently
what I am using:
system.monitor = CommMonitor()
system.monitor.trace = MemTraceProbe(trace_file = "cache_package.ptrc.gz",
with_pc
Hello,
Thanks! I will use pthread cpu set affinity to pin the threads to cores and
post about the outcome.
Best regards.
On Tue, Jan 3, 2017 at 9:34 AM, Jason Lowe-Power
wrote:
> Hello,
>
> The pthread affinity functions should work correctly in FS mode. You can
> also use numactl, if it's ins
Dear Jason,
Thank you for your reply. I am not looking for the "data" in that memory
location; I am just confused with the inconsistent memory address comparing
the assembly code and the dumped memory access during runtime.
As the example shown below, and let's suppose register %rdx equals to 12
Dear Jason,
Thank you so much for your reply. Could you please elaborate more on how to
"implement a function in Caches.py to dump the data"? As far as I can see,
there are only some cache parameters defined in this scripts.. I really
have no idea how should I bridge the code there with the runtim
Hi all,
Just a quick reminder. If you're planning on attending the Learning gem5
tutorial and coding sprint held in conjunction with HPCA this year, the
early registration deadline is *this Friday* January 6th.
http://hpca2017.org/registration/
Hope to see you there!
Cheers,
Jason
--
We will b
Hello,
The pthread affinity functions should work correctly in FS mode. You can
also use numactl, if it's installed on your disk image to bind things to a
specific CPU. I don't think there's any other simple way. Since you're
using full system mode, the OS gets to choose what process is running on
