AdminSysGNULinux

https://www.digitalocean.com/community/tutorials/tahoe-lafs

Brouillon. (source http://killyourtv.i2p/tahoe-lafs/running/)

If you're not using a multi-introducer capable Tahoe installation, most are using killyourtv's introducer to connect to the grid so that would be a good choice to use as a primary introducer. Updating your Tahoe-LAFS installation is recommended. If you're using the multi-introducer build, copy and paste the following into ~/.tahoe/introducers:

apt-get install tahoe-lafs

tahoe --version

Warning: dependency 'cryptography' (version '0.6.1') found by pkg_resources not found by import.
Warning: dependency 'six' (version '1.8.0') found by pkg_resources not found by import.
Warning: dependency 'cffi' (version '0.8.6') found by pkg_resources not found by import.
Warning: dependency 'pycparser' (version '2.10') found by pkg_resources not found by import.

For debugging purposes, the PYTHONPATH was
  None
install_requires was
  ['setuptools >= 0.6c6', 'zfec >= 1.1.0', 'simplejson >= 1.4', 'zope.interface == 3.6.0, == 3.6.1, == 3.6.2, >= 3.6.5', 'Twisted >= 11.0.0', 'foolscap >= 0.6.3', 'pyOpenSSL', 'Nevow >= 0.6.0', 'pycrypto == 2.1.0, == 2.3, >= 2.4.1', 'pyasn1 >= 0.0.8a', 'mock >= 0.8.0', 'pycryptopp >= 0.6.0']
sys.path after importing pkg_resources was
  /usr/bin:
  /usr/lib/python2.7:
  /usr/lib/python2.7/plat-x86_64-linux-gnu:
  /usr/lib/python2.7/lib-tk:
  /usr/lib/python2.7/lib-old:
  /usr/lib/python2.7/lib-dynload:
  /usr/local/lib/python2.7/dist-packages:
  /usr/lib/python2.7/dist-packages:
  /usr/lib/pymodules/python2.7

Voilà ce qui se passe quand on install des paquets de Debian Stretch sur Debian Jessie. C'est moche. Vive les virtualenv

Activer les dêpots de Debian Stretch

apt-get install tahoe-lafs python-cryptography python-pyasn1  python-cffi python-ply python-pycparser python-numpy

Autre solution

virtualenv tahoenv
cd tahoenv
source bin/activate
pip install --upgrade allmydata-tahoe

tahoe create-node

Node created in '/home/exploit/.tahoe'
 Please set [client]introducer.furl= in tahoe.cfg!
 The node cannot connect to a grid without it.
 Please set [node]nickname= in tahoe.cfg

A client node is used to communicate with storage nodes in order to store and retrieve files on the grid. There is a web interface (default on http://127.0.0.1:3456/) and a command line interface (via tahoe) for accessing this data. Other interfaces are available, see the Tahoe-LAFS site for details.

tahoe --version

tahoe create-client

Specify a nickname for your node. This is shown to all nodes in the grid so choose the nickname carefully. Edit the configuration file ~/.tahoe/tahoe.cfg. Modify the following options, the other values should be left at the defaults for now:

[node] nickname = yourclientnodename web.port = tcp:3456:interface=127.0.0.1 http_proxy = 127.0.0.1:4444 tub.location =

~/.tahoe/tahoe.cfg

uncomment tub.location otherwise your (at worse external!) IP will be leaked to introducers: In client section remove None word in introducer.furl,

Uncomment tub.location but leave it empty. This will prevent your other interfaces besides 127.0.0.1 from being broadcast to the introducer. /!\ WARNING: Make sure that you do this to avoid leaking your IP address! /!\

[node] nickname = YourRandomNickname web.port = tcp:3456:interface=127.0.0.1 web.static = public_html http_proxy = 127.0.0.1:4444

#tub.port = tub.location = #log_gatherer.furl = #timeout.keepalive = #timeout.disconnect = #ssh.port = 8022 #ssh.authorized_keys_file = ~/.ssh/authorized_keys

[client]

introducer.furl = helper.furl = #key_generator.furl = #stats_gatherer.furl =

Create introducers file (without .txt extension) and paste the list of introducers from http://killyourtv.i2p/tahoe-lafs/introducers/

tahoe create-alias YOURALIAS

Upload your website into grid using tahoe cp command:

tahoe cp -r -v “C:\pathtoyourdeepsite” YOURALIAS

This is very time consuming process, uploading a single 50MB files could be faster than uploading 150 files of 5MB total, so consider for example converting all small images into base64 and embedding them into html file.

After uploading, check if all files are uploaded:

tahoe ls YOURALIAS

Type

tahoe list-aliases

or open .tahoe\private\aliases file to get your private keys, and go into website: http://127.0.0.1:3456/uri/URI:DIR2:<yourprivatekey>.

Click More info on this directory and copy your public key from Directory readcap, so your website address is: http://127.0.0.1:3456/uri/URI:DIR2-RO:<yourpublickey>/index.htm.

Never share address without URI:DIR2-RO (read only) otherwise others can vandalize/delete your site! Older files will be deleted from the network (grid). To prevent this, run the following command from time to time (once per 2 months):

tahoe deep-check -v --repair --add-lease YOURALIAS

Setting up and running your own introducer on I2P involves a few simple steps. 
The first of these steps is to create the introducer node:

$ tahoe create-introducer ~/.tahoe/introducer

The introducer can exist anywhere on your filesystem. If you don't want it to be contained within your ~/.tahoe directory, simply specify a different directory.

Next, edit ~/.tahoe/introducer/tahoe.cfg. Fill out the web.port. In this example we'll use 3460:

[node]
web.port = tcp:3460:interface=127.0.0.1
web.static = public_html

Start your introducer:

$ tahoe start ~/.tahoe/introducer

$ cat introducer.port
17337


Choose Type: Standard (don't pick HTTP; it won't work). Point it to the port listed in introducer.port (in the example above, 17337). 
Start the server tunnel and take note of the Base32 destination. Edit ~/.tahoe/introducer/tahoe.cfg once more and set the tub.location to the introducer's Base32 destination. Restart your introducer node once more.

$ tahoe restart ~/.tahoe/introducer

At this point you have an introducer running and a tunnel pointing to it so it can be used on I2P. Of course, no one will be able to use your introducer without its existence being known. You will find the introducer.furl to give to others in the file ~/.tahoe/introducer/private/introducer.furl

$ cat ~/.tahoe/introducer/private/introducer.furl
pb://c6w5ernw7y7rp3uwmdyu5clujyt2y4m4@w2zrwz5gplkkufix7cb4gmxfbrkwg2abnsgk62bm5iifzlahe7kq.b32.i2p/introducer

Introducers on Tahoe-LAFS define the grid and their addresses should be published to everyone who wishes to connect to this grid. The example below points to a test introducer operated by KillYourTV. To use KYTV's introducer, add the following introducer.furl to tahoe.cfg.

[client]
introducer.furl = pb://c6w5ernw7y7rp3uwmdyu5clujyt2y4m4@w2zrwz5gplkkufix7cb4gmxfbrkwg2abnsgk62bm5iifzlahe7kq.b32.i2p/introducer

Add each introducer that you want to use to ~/.tahoe/introducers -- one per line! For example, I currently have

$ cat ~/.tahoe/introducers
pb://c6w5ernw7y7rp3uwmdyu5clujyt2y4m4@w2zrwz5gplkkufix7cb4gmxfbrkwg2abnsgk62bm5iifzlahe7kq.b32.i2p/introducer
pb://exupps5kk3amc5iq4q6f5ahggkm4s5fl@oj7cffq5fnk46iw3i3h2sdgncxrqbxm7wh6i4h2cbpmqsydygkcq.b32.i2p/introducer
pb://md2tltfmdjvzptg4mznha5zktaxatpmz@5nrsgknvztikjxnpvidlokquojjlsudf7xlnrnyobj7e7trdmuta.b32.i2p/introducer
pb://fmcbgy7zd6ubrbphilmrlocvb7f327z5@gdr3tt5uewgnm7r7xn54k2qikf2kuwwegjjsnkz44pjticcacsua.b32.i2p/introducer
pb://tq7rx35yopkvodmsxkqra4qqkbho3yaa@6ga2r2h2fyq6tzcyh6bf3hpio3i7r4edadbq7l4wnh4y62taj6ia.b32.i2p/introducer
pb://cys5w43lvx3oi5lbgk6liet6rbguekuo@sagljtwlctcoktizkmyv3nyjsuygty6tpkn5riwxlruh3f2oze2q.b32.i2p/introducer
pb://r3bs6joub24gtsofe7ohnnjcnwfmo2jy@qaihdh5z7osn7tc3326ahv3z46badiuaulff43wchmap7skg7euq.b32.i2p/42mrbm7zxmjemz6hzejo3i7aunx4eoun

You will need to restart your tahoe node after editing ~/.tahoe/introducers with tahoe restart. Any existing introducer.furl entries in tahoe.cfg will be automatically copied to ~/.tahoe/introducers.

To start your node as a daemon:

$ tahoe start

You can now access your node via the web interface at http://127.0.0.1:3456.

To stop your node if running as daemon:

$ tahoe stop

~/.tahoe/tahoe.cfg

[node] tub.port = tcp:3459:interface=127.0.0.1 tub.location = n6k7tu37diq4obmcmv3f144oxxxnehp6njz5lwu4hllp5gp6hbga.b32.i2p

[storage] enabled = true

Optionally you may define how much disk space is reserved with reserved_space:

reserved_space = 5GB