sudo apt-get install tor obfs4proxy

pip install xtor
# oder
uv add xtor

from xtor import Tor

with Tor.start(port=9052, control_port=9053, host="127.0.0.1") as tor:
    print(f"Verbindung über IP: {tor.ip}")
    resp = tor.client.get("https://api.ipify.org")
    print(resp.text)

from xtor import Tor
from xtor.exceptions import TorNotFoundError, PortInUseError

try:
    with Tor.start(port=9052, control_port=9053, host="127.0.0.1", password="mypass") as tor:
        print(tor.ip)
        resp = tor.client.get("https://api.ipify.org")
        print(resp.text)
except TorNotFoundError:
    print("Tor nicht im PATH gefunden")
except PortInUseError as e:
    print(f"Port belegt: {e}")

with Tor(password="mypass", port=9050, control_port=9051) as tor:
    print(tor.ip)

with Tor.start(port=9052, control_port=9053, host="127.0.0.1") as tor:
    print(tor.ip)
    tor.new_identity(wait=True, timeout=30)
    print(tor.ip)  # Neue IP

import asyncio
from xtor import Tor

async def main():
    with Tor.start(port=9052, control_port=9053, host="127.0.0.1") as tor:
        async with tor.async_client as client:
            resp = await client.get("https://api.ipify.org")
            print(resp.text)

asyncio.run(main())

with Tor.start(port=9052, control_port=9053, host="127.0.0.1") as tor:
    # Jeder Schlüssel erhält seinen eigenen Schaltkreis
    client_a = tor.isolated_client("session-a")
    client_b = tor.isolated_client("session-b")
    # Anfragen über client_a und client_b nutzen unterschiedliche Schaltkreise

with Tor.start(port=9052, control_port=9053, host="127.0.0.1") as tor:
    circuits = tor.get_circuits()
    for c in circuits:
        print(f"Schaltkreis {c.id}: {c.status}, Pfad: {c.path}")

    # Einen bestimmten Schaltkreis schließen
    tor.close_circuit(circuits[0].id)

with Tor.start(port=9052, control_port=9053, host="127.0.0.1") as tor:
    info = tor.exit_node
    if info:
        print(f"Exit: {info.nickname} ({info.country})")
        print(f"Flags: {info.flags}")

with Tor.start(port=9052, control_port=9053, host="127.0.0.1") as tor:
    service = tor.create_hidden_service({80: 8080})
    print(f"Dienst: {service.onion_address}")

    # Entfernen, wenn fertig
    tor.remove_hidden_service(service)

with Tor.start(port=9052, control_port=9053, host="127.0.0.1") as tor:
    def on_bandwidth(event):
        print(f"Gelesen: {event.read}, Geschrieben: {event.written}")

    tor.add_event_listener("BW", on_bandwidth)
    # ... arbeiten ...
    tor.remove_event_listener(on_bandwidth)

from xtor import TorPool

with TorPool(size=3, base_port=9100, password="secret") as pool:
    # Round-Robin
    tor = pool.next()
    print(tor.client.get("https://api.ipify.org").text)

    # Alle Identitäten rotieren
    pool.rotate_all()

    # Zufällige Auswahl
    tor = pool.random()

from xtor import Tor

# Benannte Instanz starten
tor = Tor.start(port=9052, control_port=9053, host="127.0.0.1", name="my-tor")

# Später per Name wieder verbinden
tor = Tor.from_name("my-tor")
with tor:
    print(tor.ip)

# Eine benannte Instanz starten
xtor start my-tor --port 9052 --control-port 9053

# Instanzen auflisten
xtor list

# Verbindungsdetails
xtor connect my-tor

# Instanz stoppen
xtor stop my-tor

# Instanz und Daten entfernen
xtor remove my-tor

XtorError (Basis)
├── TorNotFoundError
├── PortInUseError
├── IdentityChangeTimeout
├── ConnectionError
└── AuthenticationError

from xtor.exceptions import XtorError

try:
    with Tor.start(port=9052, control_port=9053, host="127.0.0.1") as tor:
        ...
except XtorError as e:
    print(f"xtor-Fehler: {e}")