Hello,
For information, QEMU user-mode doesn't require any "guest" kernel
since all privileged operations are redirected to the "host" one.
Moreover the user-mode is a lot faster than the system-mode since
there's no device emulation at all [0].
Let me demonstrate how you can use your favorite di
On 6 September 2012 09:25, Cédric VINCENT wrote:
>
> For information, QEMU user-mode doesn't require any "guest" kernel
> since all privileged operations are redirected to the "host" one.
You assume that everybody uses Linux on PC as a host. If you use
Windows for example you need full system emu
>> For information, QEMU user-mode doesn't require any "guest" kernel
>> since all privileged operations are redirected to the "host" one.
>You assume that everybody uses Linux on PC as a host. If you use
>Windows for example you need full system emulation.
I just could not resist ... this is j
On 09/06/2012 06:04 AM, Ottavio Caruso wrote:
On 6 September 2012 09:25, Cédric VINCENT wrote:
For information, QEMU user-mode doesn't require any "guest" kernel
since all privileged operations are redirected to the "host" one.
You assume that everybody uses Linux on PC as a host. If you use
On 6 September 2012 17:20, John O'Donnell wrote:
> On 09/06/2012 06:04 AM, Ottavio Caruso wrote:
>>
>> On 6 September 2012 09:25, Cédric VINCENT
>> wrote:
>>>
>>>
>>> For information, QEMU user-mode doesn't require any "guest" kernel
>>> since all privileged operations are redirected to the "host
Hello, and a good day to you all. I am new to this list & ARMedSlack (not
new to Slackware though). I recently received a Raspberry PI, and did a
-current install per the instructions listed here:
http://www.daves-collective.co.uk/raspi/installing.shtml
All went well, but when I issued the "
A few things to consider, there is nothing wrong with any of Dave's
packages but perhaps you had a corrupt download. After your install are
you sure you had the first (vfat) partition mounted as /mnt/boot and
installed the raspberrypi packages as per the instructions? What is in
the first partitio