I have a licence for IAR so I 'm using it. It is more convenient, all the
source code from TI is based on IAR. And when I have ported contiki on the
CC2530 the only sources were based on IAR too.
regards,
Mathieu
-Message d'origine-
De : jonsm...@gmail.com [mailto:jonsm...@gmail.com]
-- Forwarded message --
Hi folks, I'm new to the this project and excited at the possibilities of
Linux/Zigbee. I've been playing with a radio driver for a while, and more
so now that there is a SoftMAC available to support radios like the
AT86RF23x series.
I've ported the SoftMAC
If you're loading code into the CC2530, can the sdcc link to the TI
code, or are you forced to use IAR?
On Wed, Dec 21, 2011 at 11:33 AM, jonsm...@gmail.com wrote:
> On Wed, Dec 21, 2011 at 11:30 AM, M Pouillot wrote:
>> Hi Jon,
>>
>> I have a specific architecture on which is necessary to keep
On Wed, Dec 21, 2011 at 11:30 AM, M Pouillot wrote:
> Hi Jon,
>
> I have a specific architecture on which is necessary to keep the Z-Stack
> implementation on CC2530 with its own uart protocol. We have to imagine that
> it is not possible to change the CC2530 firmware and so we need to adapt th
Hi Jon,
I have a specific architecture on which is necessary to keep the Z-Stack
implementation on CC2530 with its own uart protocol. We have to imagine that it
is not possible to change the CC2530 firmware and so we need to adapt the
linux driver to the CC2530 uart protocol and not the opposi
Check out Contiki. Contiki already has an open source CC2530
implementation using sdcc compiler.
It shouldn't be too hard to alter that code to work in this environment.
On Wed, Dec 21, 2011 at 3:06 AM, M Pouillot wrote:
> Hello all,
>
>
>
> I need to implement a 6lowpan linux driver for the CC2
Hello all,
I need to implement a 6lowpan linux driver for the CC2530 from TI. This
transceiver purposes its own serial protocol to manage its Z-MAC (embedded
802.15.4 Mac layer). I see Linux-Zigbee allows hardMAC (for transceiver
embedded Mac layer) or serial driver for which is necessary to h
