Sure, it's just the libfluid_experiment branch of the main fork:
http://noxrepo.org/git/pox/tree/libfluid_experiment

It's definitely very much an experiment. ;)  For starters, I was only messing 
with 1.0 and while I used libfluid to read off the wire, the responses are 
still generated with POX's OpenFlow library.  I just thought it was worth 
experimenting to get a sense of what would be involved.  If you guys are 
interested in doing much more work on this, we should talk!

-- Murphy

On Apr 8, 2014, at 5:34 PM, Christian Esteve Rothenberg 
<chest...@dca.fee.unicamp.br> wrote:

> Thanks Murphy,
> 
> one of my students working with POX wants to give a try and hopefullly
> contribute to these efforts, can you share the pointers to that POX
> branch. We can only say positive things about prototypiing with POX --
> giving it clean and effective OF1.3 support would be a neat upgrade
> beneficial to all parties :)
> 
> -Christian
> 
>> 
>> 
>> On Mon, Mar 24, 2014 at 10:17 PM, Murphy McCauley 
>> <murphy.mccau...@gmail.com> wrote:
>>> 
>>> Congratulations.
>>> 
>>> There's now POX branch that's been quickly hacked up to (sort of) use 
>>> libfluid's Python bindings.  It also includes a minor patch for one of the 
>>> swig .i files.
>>> 
>>> -- Murphy
>>> 
>>> On Mar 22, 2014, at 5:08 AM, Christian Esteve Rothenberg 
>>> <chest...@dca.fee.unicamp.br> wrote:
>>> 
>>> Dear OpenFlow fellows,
>>> 
>>> in case you are not aware about the public release of the winner 
>>> implementation of the OpenFlow driver competition 
>>> (https://www.opennetworking.org/competition) here is the pointer to the 
>>> github repository:
>>> 
>>> http://opennetworkingfoundation.github.io/libfluid/
>>> 
>>> libluid may be interesting to developers of both OpenFlow switches and 
>>> controllers. It features support of OpenFlow 1.0 and 1.3, high performance, 
>>> bindings to Python and Java, easy port to different hardware architectures, 
>>> etc.
>>> 
>>> We welcome users and developers interested in building an open community to 
>>> maintain libfluid as a useful, multi-purpose OpenFlow library to develop 
>>> switch agents and controller implementations.
>>> 
>>> -Christian (on behalf of the libfluid team)
>>> _______________________________________________
>>> openflow-discuss mailing list
>>> openflow-discuss@lists.stanford.edu
>>> https://mailman.stanford.edu/mailman/listinfo/openflow-discuss
>>> 
>>> --
>>> Christian
> 
> 
> 
> 
> -- 
> Christia

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