Counter-point... transmission errors are not a certainty:
RX packets:323526978271 errors:0 dropped:0 overruns:0 frame:0
TX packets:249565709357 errors:0 dropped:0 overruns:0 carrier:0
collisions:0 txqueuelen:1000
RX bytes:285274358053849 (285.2 TB) TX
UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1
RX packets:1053088862188 errors:0 dropped:0 overruns:511390 frame:0
TX packets:306784541602 errors:0 dropped:0 overruns:0 carrier:0
collisions:0 txqueuelen:1000
RX bytes:1413645618747401 (1.2 PiB)
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Hash: SHA256
Hi,
go is a programming language[0]. You can install golang from the
golang repository[1]. There are some tutorials out there on how to get
it running under raspbian - but maybe there are packages in the
repository available.
Once installed, you
On Mon, 15 Aug 2016 20:08:31 +0200
Pi3 wrote:
> Hello,
> I just started running my little 5 mbits mid relay on Pi3 on raspbian and all
> seems to be dandy,
> it picked traffic nicely, hovering around 700-800 total connections,
> its not unusual to see it pushing full
> Through out any of this, did it occur for you to look at the
> `README.md` file in the directory you cloned?
>
> To build:
> `go get git.torproject.org/pluggable-transports/obfs4.git/obfs4proxy`
>
> To install:
> Copy `$GOPATH/bin/obfs4proxy` to a permanent location (Eg:
>> Hello,
>> I just started running my little 5 mbits mid relay on Pi3 on raspbian and
>> all seems to be dandy,
>> it picked traffic nicely, hovering around 700-800 total connections,
>> its not unusual to see it pushing full advertised bandwidth during peak
>> hours (with ~20-25% load on 1 core,
Personal opinion here:
11 packets dropped on 20GB of data sounds pretty small, and these packets
might not even be from Tor. Literally any network service could have
dropped those packets (ntp, ssh, updates, etc.) I wouldn't worry about it
unless it starts to dramatically increase.
On Aug 15,
Hello,
I just started running my little 5 mbits mid relay on Pi3 on raspbian and all
seems to be dandy,
it picked traffic nicely, hovering around 700-800 total connections,
its not unusual to see it pushing full advertised bandwidth during peak hours
(with ~20-25% load on 1 core, multithread
It should open a single connection with the exit node (TLS link) and use
that link for multiple (as many as needed) circuits. So if there are two
users using the same middle node and same exit simultaneously, the
middle node should have one connection to the exit node (TLS link) with
two different
Hello,
Do middle nodes create multiple connections to the same Exit node? (with
different source port)
The reason I ask is because I am a little confused. Even the tor relay
operators are completely honest and don't log anything, the ISP / upstream ISP
could still log all the connections.
Hi Peter,
sorry was off a week and couldn’t answer:
/run/systemd/generator/tor.service.wants/tor@tor2.service
/run/systemd/generator/tor.service.wants/tor@default.service
Anyway with "steady hand" the system seems to have repaired itself in between.
I updated my other multi-instance exits
On 8/15/16, Roman Mamedov wrote:
> To me these seem to be just two loosely related facts, the latter merely
> I don't see any "network calculations" being presented.
Was an fyi for the OP, who may or may not be doing calculations,
regardless of presentation to us.
>
On 2016-08-15 at 08:52, Roman Mamedov wrote:
> https://en.wikipedia.org/wiki/Megabyte: "The megabyte is a multiple of the
> unit byte for digital information. Its recommended unit symbol is MB."
> MB/s is a long-accepted shorthand for Megabyte per second, and yes, Mb/s is
> megabit per second. But
On Mon, 15 Aug 2016 02:35:49 -0400
grarpamp wrote:
> On 8/14/16, i3 wrote:
> > My new server has 10Gb/s connection (I've observed it at 900MB/s to the
> > drives
>
> Depending on whether you meant MiB/s or MB/s,
> you may find your network
On 8/14/16, i3 wrote:
> My new server has 10Gb/s connection (I've observed it at 900MB/s to the drives
Depending on whether you meant MiB/s or MB/s,
you may find your network calculations off by 350Mbps,
which is a sizable tor relay's worth itself.
Standard use is
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