> On 8 Feb 2018, at 07:23, Damian Johnson wrote:
>
> Hi all. Over the last few months Tim and I have been collaborating on
> Python support for the ORPort protocol. With it you can download
> descriptors without a DirPort, and possibly fancier things in the
> future like full circuit constructio
Damian Johnson writes:
> Thanks meejah! Took a peek but they both look pretty old and it's
> unclear to me how complete either got. If there's something in
> particular you think is worthwhile integrating I'm all ears.
I haven't looked closely enough to know the answer to that ;) but as I
unders
> So, there is this already -- not sure how "complete" it is though (and
> looks like hasn't seen commits for 2+ years) but might have useful code:
Thanks meejah! Took a peek but they both look pretty old and it's
unclear to me how complete either got. If there's something in
particular you think
Damian Johnson writes:
> they'd care to go (potentially all the way up to a Python Tor client,
> similar to Orchid).
So, there is this already -- not sure how "complete" it is though (and
looks like hasn't seen commits for 2+ years) but might have useful code:
https://github.com/pycepa/pycep
Hi all. Over the last few months Tim and I have been collaborating on
Python support for the ORPort protocol. With it you can download
descriptors without a DirPort, and possibly fancier things in the
future like full circuit construction.
Tim put together a wonderful proof of concept called Endos
Hi there!
A fix for the most recent Oninonoo version is available at:
https://dist.torproject.org/onionoo/5.0-1.10.1/
The changes [1] concern also the resolution of graph data:
three months weights and bandwidth data are now provided in 24 hours detail.
Deployment of the new version 5.0-1.1
Hi there!
the new Oninonoo version is available at:
https://dist.torproject.org/onionoo/5.0-1.10.0/
All changes [1] this time are supposed to make writing of bandwidth,
clients, uptime, and weights documents independent of system time,
which is a step toward making Onionoo instances serve th
