Hi Yuan. In SE mode, there is no scheduler. If you need a scheduler, you
should use FS mode which uses the simulated OS's scheduler.
Gabe
On Thu, Feb 20, 2020 at 8:13 PM Shougang Yuan wrote:
> Dear All,
>
> I am trying to find the code about cpu scheduler in SE mode about
> multi-core
Hi Yuan. ExtMachInst is the contextualized, canonical version of an
instruction. In x86 for instance, it holds all the information needed to
decode an instruction in a single fixed structure instead of a sequence of
bytes. It includes contextual information like how big addresses and
operands are
Hi all,
As far as I see there is no m5op_riscv.S file in util/m5 which is needed to
annotate the region of interest. Is there any other way that I can annotate
an application for riscv isa?
Best,
Muhammet
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A bit more precisely, every fork syscall starts on a new free CPU. If
there are no new free CPUs, the call fails in the guest. Once the
thread ends, the CPU is freed and becomes available for new threads.
Also mentioned at:
From: gem5-users on behalf of ABD ALRHMAN ABO
ALKHEEL
Sent: Friday, February 21, 2020 5:04:09 AM
To: gem5 users mailing list ; gem5-users
Subject: [gem5-users] Asim benchmarks on gem5
I have followed the instructions provided in the gem5.org website to run
Thanks Ciro for your email. I can build new image and new kernel but the
problem is how to get the benchmarks from the old image? Is there anyway to get
the image working on qemu to take copy of the benchmarks ? Best Regards
From: Ciro Santilli
Sent: Friday,
How to extract files from images can be found easily by Googling.
But I would instead recommend that you actually build/install the app
yourself to know what you are actually getting. And in that case, yes,
QEMU is possibly your best option in that case, as it can alter the disk
image.
On
My bad, I was missing a simple point. There are also 5K writes, meaning
there would be additional 5K read from main memory to obtain an exclusive
copy of the blocks before write (15K/8=1875). So, the simulator is fairly
accurate. For different RPs, during initialization some blocks are kept in
the
I observe the following behavior on se.py ARM and X86, which depends on
--restore-with-cpu. I have used a minimal userland executable that only
does two things in assembly: m5 checkpoint and m5 exit (total of only 5
instructions in aarch64)
@Jason: can you confirm the difference between se.py
I'm afraid I don't have a super automated setup that just works for
Android, and haven't done this myself specifically, but here are some
thoughts:
- those instructions are like large part of the wiki old and may have
stopped working --machine-type=VExpress_EMM is not recommended anymore,
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