EJ, Here is where things go off the rails a little. There is no C++ for
my RFNoC block, it is purely FPGA code (and the two XML files I had to
create for GRC).
Somehow the fosphor message passing is working for Sylvain for message
handling, and I tried to mimic his, but I can't seem to get pa
Quick reply to your first point: I apologize that my comment was not clear.
It was no complaint at all. I asked about a very specific application of
GR-IEEE802-11, namely whether anyone had tried to implement it using an
embedded system. It has been almost a month (12APR) since I initially
posted t
Hi Tom,
On 05/03/2017 05:21 PM, Thomas Wilkinson wrote:
> Thanks for the reply, Marcus. That you are the only one to reply, is
> also telling.
Of what, exactly? That's an honest question: I, and the whole project,
are pretty concerned with how make the GR community work best, I'm
really not sure
Thanks for the reply, Marcus. That you are the only one to reply, is also
telling. Some more context may help. The GR-IEEE802-11 transceiver appears
to be the best jumping off point for a radio system that takes advantage of
the robust wifi/OFDM waveform. As a radio, this would be implemented
witho
Hi Jason,
I believe I have seen this issue when I did not register the message port
correctly, or when names did not match between GRC and the message port
name.
You may need to modify the C++ code to add a message handler, if you have
not already. Do you have a message port registered in your
mu
I had originally asked this question on the USRP site, but it was
recommended by someone from Ettus to post over here since there is a
chance it is more of a GNURadio issue than USRP.
I am attempting to create an RFNoC block for the X310 and it works
fine. I then wanted to add a message port
