Hi,
See my comments inline.
On 05/17/2017 11:34 AM, S.SIVAREDDY wrote:
> Hi christian.helmuth,
>
> I was building the muen for windows7 os as per this
> link(https://genode.org/documentation/release-notes/16.08#Experimental_version_of_VirtualBox_5_for_NOVA).
>
> But while running the
Hello Martijn,
On 03/14/2017 04:31 PM, Martijn Verschoor wrote:
> Dear subscribers of the Genode mailinglist,
>
> After some help by Christian Prochaska I managed to setup AMT SOL on Lenovo
> X250. I thought I’d share my experience because there are some pitfalls of
> which I was unaware.
>
>
Hi Martin,
On 05/16/2016 01:30 PM, Martin Vahi wrote:
> I just found it, but it seems that unlike
> Muen, it is under GPL version 2, not version 3,
> which means that it can be used for aggregate
> works that do not link to it without putting
> the rest of the parts under GPL. Just like
> the
Hi Lonnie,
Since the download issue was resolved on the muen-dev mailing list [1],
I will answer the remaining question of running Genode/Virtualbox on Muen.
On 10/06/2015 08:12 PM, Lonnie Cumberland wrote:
> I want to play around with muen a bit, but would wonder if it might,
> eventually be
Hello Martin,
On 07/10/2015 03:44 PM, Martin Stein wrote:
Hey Adrian,
On 10.07.2015 14:37, Adrian-Ken Rueegsegger wrote:
Sorry for the inaccurate wording which I tried to clarify in the
follow-up email. It works for me on QEMU but the cpu_quota run script
does not complete if I run
Hello Martin,
On 07/13/2015 12:47 PM, Martin Stein wrote:
When looking at your raw counter values, I assume that this is caused by
overflows. Some of your hardware values are near (uint32_t)~0 while your
Qemu values are all relatively small. I've addressed this issue recently
in [1]. Commit
Hello Martin,
On 07/10/2015 01:02 PM, Martin Stein wrote:
Hi Adrian,
On 08.07.2015 18:07, Adrian-Ken Rueegsegger wrote:
I just gave the current staging branch (4b7b440...) a try and while the
cpu_quota scenario completes successfully on QEMU, it seems to be stuck
after the test_[fast|midl
Hello Martin,
On 07/07/2015 03:26 PM, Martin Stein wrote:
* For comparison with NOVA, it might be a good idea to assign 100% of
the CPU quota, because then, priorities are absolute also on base-hw.
Later, you may switch the best-effort parts of the scenario back to a
non-quota mode and see if
Hello Martin,
On 07/07/2015 05:27 PM, Martin Stein wrote:
Hi Adrian,
[...]
I've pushed a commit [1] that solves the problems with the cpu_quota
test on X86.
I just gave the current staging branch (4b7b440...) a try and while the
cpu_quota scenario completes successfully on QEMU, it seems to
On 07/08/2015 06:07 PM, Adrian-Ken Rueegsegger wrote:
I just gave the current staging branch (4b7b440...) a try and while the
cpu_quota scenario completes successfully on QEMU, it seems to be stuck
after the test_[fast|midl|slow] results are logged. It appears that the
Conclusion part
Hello Martin,
Thank you for your insightful comments.
On 07/02/2015 04:48 PM, Martin Stein wrote:
Hi Adrian,
[...]
* Configure the vbox component to receive some quota from init (add
resource name=CPU quantum=${PERCENTAGE}/ as subnode to the vbox
start node)
* Set the reference account
Hello,
While implementing lazy FPU loading/storing for the x86 base-hw port I
came across an issue with regards to data structure alignment. The
implementation is similar to the one of base-hw cortex A9 and uses the
Cpu_lazy_state class to store the FPU state, see [1].
To use the fx[save|rstor]
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