A pure python Tor client implementation of the Tor protocol. Torpy can be used to communicate with clearnet hosts or hidden services through the Tor Network.
Features
Donation
If you find this project interesting, you can send some Bitcoins to address: 16mF9TYaJKkb9eGbZ5jGuJbodTF3mYvcRF
Note
This product is produced independently from the Tor® anonymity software and carries no guarantee from The Tor Project about quality, suitability or anything else.
There are several console utilities to test the client.
A simple HTTP/HTTPS request:
$ torpy_cli --url https://ifconfig.me --header "User-Agent" "curl/7.37.0"
Loading cached NetworkStatusDocument from TorCacheDirStorage: .local/share/torpy/network_status
Loading cached DirKeyCertificateList from TorCacheDirStorage: .local/share/torpy/dir_key_certificates
Connecting to guard node 141.98.136.79:443 (Poseidon; Tor 0.4.3.6)... (TorClient)
Sending: GET https://ifconfig.me
Creating new circuit #80000001 with 141.98.136.79:443 (Poseidon; Tor 0.4.3.6) router...
...
Building 3 hops circuit...
Extending the circuit #80000001 with 109.70.100.23:443 (kren; Tor 0.4.4.5)...
...
Extending the circuit #80000001 with 199.249.230.175:443 (Quintex86; Tor 0.4.4.5)...
...
Stream #4: creating attached to #80000001 circuit...
Stream #4: connecting to ('ifconfig.me', 443)
Stream #4: connected (remote ip '216.239.36.21')
Stream #4: closing (state = Connected)...
Stream #4: remote disconnected (reason = DONE)
Response status: 200
Stream #4: closing (state = Closed)...
Stream #4: closed already
Closing guard connections (TorClient)...
Destroy circuit #80000001
Closing guard connections (Router descriptor downloader)...
Destroy circuit #80000002
> 199.249.230.175
Create Socks5 proxy to relay requests via the Tor Network:
$ torpy_socks -p 1050 --hops 3
Loading cached NetworkStatusDocument from TorCacheDirStorage: .local/share/torpy/network_status
Connecting to guard node 89.142.75.60:9001 (spongebobness; Tor 0.3.5.8)...
Creating new circuit #80000001 with 89.142.75.60:9001 (spongebobness; Tor 0.3.5.8) router...
Building 3 hops circuit...
Extending the circuit #80000001 with 185.248.143.42:9001 (torciusv; Tor 0.3.5.8)...
Extending the circuit #80000001 with 158.174.122.199:9005 (che1; Tor 0.4.1.6)...
Start socks proxy at 127.0.0.1:1050
...
Torpy module also has a command-line interface:
$ python3.7 -m torpy --url https://facebookcorewwwi.onion --to-file index.html
Loading cached NetworkStatusDocument from TorCacheDirStorage: .local/share/torpy/network_status
Connecting to guard node 185.2.31.8:443 (cx10TorServer; Tor 0.4.0.5)...
Sending: GET https://facebookcorewwwi.onion
Creating new circuit #80000001 with 185.2.31.8:443 (cx10TorServer; Tor 0.4.0.5) router...
Building 3 hops circuit...
Extending the circuit #80000001 with 144.172.71.110:8447 (TonyBamanaboni; Tor 0.4.1.5)...
Extending the circuit #80000001 with 179.43.134.154:9001 (father; Tor 0.4.0.5)...
Creating stream #1 attached to #80000001 circuit...
Stream #1: connecting to ('facebookcorewwwi.onion', 443)
Extending #80000001 circuit for hidden service facebookcorewwwi.onion...
Rendezvous established (CellRelayRendezvousEstablished())
Iterate over responsible dirs of the hidden service
Iterate over introduction points of the hidden service
Create circuit for hsdir
Creating new circuit #80000002 with 185.2.31.8:443 (cx10TorServer; Tor 0.4.0.5) router...
Building 0 hops circuit...
Extending the circuit #80000002 with 132.248.241.5:9001 (toritounam; Tor 0.3.5.8)...
Creating stream #2 attached to #80000002 circuit...
Stream #2: connecting to hsdir
Stream #2: closing...
Destroy circuit #80000002
Creating new circuit #80000003 with 185.2.31.8:443 (cx10TorServer; Tor 0.4.0.5) router...
Building 0 hops circuit...
Extending the circuit #80000003 with 88.198.17.248:8443 (bauruine31; Tor 0.4.1.5)...
Introduced (CellRelayIntroduceAck())
Destroy circuit #80000003
Creating stream #3 attached to #80000001 circuit...
Stream #3: connecting to ('www.facebookcorewwwi.onion', 443)
Extending #80000001 circuit for hidden service facebookcorewwwi.onion...
Response status: 200
Writing to file index.html
Stream #1: closing...
Stream #3: closing...
Closing guard connections...
Destroy circuit #80000001
A basic example of how to send some data to a clearnet host or a hidden service:
from torpy import TorClient
hostname = 'ifconfig.me' # It's possible use onion hostname here as well
with TorClient() as tor:
# Choose random guard node and create 3-hops circuit
with tor.create_circuit(3) as circuit:
# Create tor stream to host
with circuit.create_stream((hostname, 80)) as stream:
# Now we can communicate with host
stream.send(b'GET / HTTP/1.0\r\nHost: %s\r\n\r\n' % hostname.encode())
recv = stream.recv(1024)
TorHttpAdapter is a convenient Tor adapter for the requests library. The following example shows the usage of TorHttpAdapter for multi-threaded HTTP requests:
from multiprocessing.pool import ThreadPool
from torpy.http.requests import tor_requests_session
with tor_requests_session() as s: # returns requests.Session() object
links = ['http://nzxj65x32vh2fkhk.onion', 'http://facebookcorewwwi.onion'] * 2
with ThreadPool(3) as pool:
pool.map(s.get, links)
For more examples see test_integration.py
pip3 install torpypip3 install torpy[requests]Licensed under the Apache License, Version 2.0
FAQs
Pure python tor protocol implementation
We found that torpy demonstrated a healthy version release cadence and project activity because the last version was released less than a year ago. It has 1 open source maintainer collaborating on the project.
Did you know?
Socket for GitHub automatically highlights issues in each pull request and monitors the health of all your open source dependencies. Discover the contents of your packages and block harmful activity before you install or update your dependencies.
Research
Security News
Socket’s threat research team has detected six malicious npm packages typosquatting popular libraries to insert SSH backdoors.
Security News
MITRE's 2024 CWE Top 25 highlights critical software vulnerabilities like XSS, SQL Injection, and CSRF, reflecting shifts due to a refined ranking methodology.
Security News
In this segment of the Risky Business podcast, Feross Aboukhadijeh and Patrick Gray discuss the challenges of tracking malware discovered in open source softare.