RR Greg!

I ran ldd and there are no missing libraries.  Everything looks fine but I get 
a Segmentation Fault when I attempt kvasd –v.

I’ll email Joe and see what advice he has.
Thanks for the pointers!
Stu K6TU

From: ki7mt <ki...@yahoo.com<mailto:ki...@yahoo.com>>
Reply-To: WSJT software development 
<wsjt-devel@lists.sourceforge.net<mailto:wsjt-devel@lists.sourceforge.net>>
Date: Friday, August 29, 2014 at 6:49 PM
To: "wsjt-devel@lists.sourceforge.net<mailto:wsjt-devel@lists.sourceforge.net>" 
<wsjt-devel@lists.sourceforge.net<mailto:wsjt-devel@lists.sourceforge.net>>
Subject: Re: [wsjt-devel] kvasd for ARM?

Hi Stu,

You'll probably need to chat with Joe on this one, but you can start with he 
following:

* I'm not sure of the file name is critical, but renaming to kvasd and ensuring 
it's executable would be a good start.
* Run: ldd ./kvasd   .. if it returns "not a dynamic executable" you may be 
missing some Fortran / libc so's 32bit for ARM.
* Try: readelf -a ./kvasd | grep NEEDED

That should display any missing libs. You'll need to get to a point where you 
can run: ./kvasd -v and it renders the version number 1.11 or there abouts. 
Running ldd ./kvasd should not have any missing lib files when all the deps are 
satisfied.

Maybe others can further assist on the Rpi specific package needs.


73's
Greg, KI7MT



On 08/29/2014 06:48 PM, Stuart Phillips wrote:
Folks,

I have WSJT running on a Raspberry PI and even with a busy band like 20m, its 
functions fine running headless on a 1 Ghz over clocked Pi B+.

Now I’m looking for a binary that will work on the Pi – via Google I found a 
link to:

http://physics.princeton.edu/pulsar/K1JT/kvasd_1.11_arm

Which I downloaded and placed as a link called kvasd in the same folder as 
wsjt.py – it finds it but doesn’t recognize the decoder with “Error in KV 
decoder, or no KV decoder present.” and “Return code 32512”…

The file is indeed an ARM ELF 32-bit LSB executable but for some reason doesn’t 
appear to be working.

Does anyone have any pointers to solving this?

The Pi runs WSJT surprisingly well, CPU usage except while decoding is about 
80% - goes to 100% when decoding and takes about 12 seconds for the decode.  
For my purposes of using WSJT on 10 Ghz with my 10 watt rover rig, this level 
of performance is just fine.

Thanks!
Stu K6TU



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