On 7 March 2015 at 00:54, Jakob Bohm wrote:
> Life would be so much easier if the Arm "machines" supported
> by the Linux kernel, qemu etc. were more like the PC
> architectures:
Well, perhaps, but the ARM ecosystem is not like x86.
In x86 everything in the world is basically identical
(it's a PC
On 04/03/2015 15:36, Peter Maydell wrote:
On 4 March 2015 at 23:32, Srinath M wrote:
The binary is for a very custom board.
http://autoquad.org/
I have replaced the sensor reading tasks with an onboard simulation that
feeds 'virtual sensor values' to the STM32F4. This way the executable is now
On 4 March 2015 at 23:32, Srinath M wrote:
> The binary is for a very custom board.
> http://autoquad.org/
> I have replaced the sensor reading tasks with an onboard simulation that
> feeds 'virtual sensor values' to the STM32F4. This way the executable is now
> entirely self contained and doesn't
The binary is for a very custom board.
http://autoquad.org/
I have replaced the sensor reading tasks with an onboard simulation that
feeds 'virtual sensor values' to the STM32F4. This way the executable is
now entirely self contained and doesn't call any physical sensors etc
I would rather alter q
On 4 March 2015 at 20:16, Srinath M wrote:
> I am new to qemu and want to run a program meant for arm-cortex-m3 on an
> i386.
>
> So i ran the following command
>
> ./qemu-system-arm -cpu cortex-m3 -S -s -singlestep -nographic -m 513 -kernel
> hello.elf
>
> I get the following output
> No machine
Hi
I am new to qemu and want to run a program meant for arm-cortex-m3 on an
i386.
So i ran the following command
./qemu-system-arm -cpu cortex-m3 -S -s -singlestep -nographic -m 513
-kernel hello.elf
I get the following output
No machine specified, and there is no default.
Use -machine help to
