On 21/10/2020 02:06, Chris Johns wrote:
On 21/10/20 2:50 am, Sebastian Huber wrote:
On 02/04/2020 09:09, Sebastian Huber wrote:
On 02/04/2020 08:46, Chris Johns wrote:
On 2020-04-02 16:53, Sebastian Huber wrote:
Hallo Chris,
On 21/03/2020 07:45, Sebastian Huber wrote:
On 20/03/2020 22:23, Chris Johns wrote:
On 20 Mar 2020, at 4:49 pm, Sebastian Huber
<sebastian.hu...@embedded-brains.de> wrote:
On 20/03/2020 05:15, Chris Johns wrote:
On 19/3/20 7:52 pm, Sebastian Huber wrote:
The ARMv7-M architecture has no CP-15. The inline assembly for the
CP-15 access leads to assembler errors if compiled with -O0.
I would like to understand this one in detail to see why there is cp15
in the build.
In ARMv7-M the system registers are memory mapped.
If I compile a Cortex-M based BSP with -O0, then I get:
BSP?
For example the atsamv BSP.
could you please have a look at this. Being able to build with -O0 is quite
helpful during BSP development.
Is this important for 5.1.0?
It is not absolutely necessary, but I regularly had to fix this locally. We
have several ARMv7-M based BSPs. This was my first attempt to address this
issue:
https://lists.rtems.org/pipermail/devel/2019-February/024914.html
We work no on another Cortex-M based BSP and building with -O0 would be really
nice.
Great. Does this mean you are adding support for libdebugger for this model of
ARM?
No, I just want to build the Cortex-M BSP with -O0. I use a JTAG debugger.
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