Hi,
Both servers do not have the Exit flag but every other flag necessary to
become an Exit and Exit policies are also present. That could indicate some
port trouble:
"Exit" -- A router is called an 'Exit' iff it allows exits to at least one
/8 address space on each of ports 80 and 443. (Up until Tor version 0.3.2,
the flag was assigned if relays exit to at least two of the ports 80, 443,
and 6667.)
The Exit probability is 0 without the Exit flag. 200 Exit connections
without the Exit flag ? Seems ylto be weird...
--
Sincerely yours / M.f.G. / Sincères salutations
Sebastian Urbach
---------------------------------------------------------------------------
Those who surrender freedom for security
will not have, nor do they deserve, either one.
---------------------------------------------------------------------------
Benjamin Franklin (1706-1790)
Am 29. Oktober 2017 14:05:26 schrieb "Dr Gerard Bulger" <[email protected]>:
How is exit probability counted? Is it only port 80 exit tested? I exit
many 1000s of ports, including 443, but not those of high risk of abuse
emails and thus upsetting the ISP. So port 80 along with others are
blocked. I realise no port 80 limits the use of the exit so not expecting
so see a high probability of exit. But Atlas shows none.
Currently of some 3000 connections 200 are exit.
Tor atlas show exit probability of 0.0000%
Gerry
-----Original Message-----
From: tor-relays [mailto:[email protected]] On Behalf
Of teor
Sent: 29 October 2017 12:45
To: [email protected]
Subject: Re: [tor-relays] sum of consensus weight of 2 relays running at
the same IP
On 29 Oct 2017, at 23:30, Toralf Förster <[email protected]> wrote:
On 10/29/2017 01:24 PM, teor wrote:
Possibly.
Are the relays CPU-limited, or bandwidth-limited?
Not at all, neither limited by a config value nor by the hardware
(1GBit/s, 200 MBit/s guaranteed, i7-3930, all non-Tor processes have
"nice" in front, ids are 1AF72E8906E6C49481A791A6F8F84F8DFEBBB2BA and
6EABEBF38CE7E3DF672C4DB01383606FE3EB2215)
I'm sorry, this doesn't help me answer your question.
Usually, a relay is limited by either the available network bandwidth, or
by the speed of a single CPU core on the machine.
If the first relay used all the available bandwidth, then two relays will
eventually have lower consensus weight values.
If the first relay used all of a single CPU core for its main thread, then
the two relays will eventually have similar consensus weight values.
T
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