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|
# Copyright (c) str4d <str4d@mail.i2p>
# See COPYING for details.
from builtins import object
import os
from twisted.internet.error import UnknownHostError
from twisted.internet.protocol import ClientFactory
from twisted.python.failure import Failure
from twisted.test import proto_helpers
from twisted.trial import unittest
from txi2p.bob.protocol import (I2PClientTunnelCreatorBOBClient,
I2PServerTunnelCreatorBOBClient,
I2PTunnelRemoverBOBClient,
I2PClientTunnelProtocol,
I2PServerTunnelProtocol,
DEFAULT_INPORT, DEFAULT_OUTPORT)
TEST_B64 = "2wDRF5nDfeTNgM4X-TI5xEk3R-WiaTABvkMQ2eYpvEzayUZQJgr9E2T6Y2m9HHn3xHYGEOg-RLisjW9AubTaUTx-v66AsEEtv745qPcuWuV1SP~w1bdzYEn8MSoK7Zh4mwHBg1uHq8z17TUNvWz19q76vHNth-2PDuBToD7ySBn3cGBFDUU83wJJXPD6OueLY8yosWWtksk7WZk60~6z~nVePPSEY8JDry3myLDe11szAVER4A8eX1sFpw247cXGGJK9wQhV-TXFj~m76GPVcFKh7u79zwTwZnZ1GXXKqqyRoj1c4-U69CvvJsQRLmdLFwFEpRkxwV8z6LIFclYJk443YpTnPXC7vNdFOzqqS4FLR1ra~DNfN5foMtR2~2VxuR5m2dYiOS6GzHDxA4acJJSGqnasJjcEIFNVSQKxMnFu9PvGLNJHZ83EraHCErENcOGkPlnVgcJCtPGNGiirwCbBz38jE0lfjkrNrWabc6uWeU559CobG8F8KUDx1irpAAAA"
class BOBProtoTestMixin(object):
def makeProto(self, *a, **kw):
protoClass = kw.pop('_protoClass', self.protocol)
fac = ClientFactory(*a, **kw)
fac.protocol = protoClass
fac.options = {}
def raise_(reason):
raise reason.value
fac.bobConnectionFailed = lambda reason: raise_(reason)
proto = fac.buildProtocol(None)
transport = proto_helpers.StringTransport()
transport.abortConnection = lambda: None
proto.makeConnection(transport)
return fac, proto
def test_initBOBListsTunnels(self):
fac, proto = self.makeProto()
proto.dataReceived('BOB 00.00.10\nOK\n')
self.assertEqual(proto.transport.value(), b'list\n')
def TODO_test_quitDoesNotErrback(self):
fac, proto = self.makeProto()
# Shortcut to end of BOB protocol
proto.receiver.currentRule = 'State_quit'
proto._parser._setupInterp()
proto.dataReceived('OK Bye!\n')
self.assertTrue(False, 'TODO: Test something') # TODO: Test something
class BOBTunnelCreationMixin(BOBProtoTestMixin):
def test_defaultInportSelected(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.inhost = 'camelot'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
self.assertTrue(hasattr(fac, 'inport'))
self.assertEqual(fac.inport, DEFAULT_INPORT)
def test_higherInportSelectedWhenDefaultBusy(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.inhost = 'camelot'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('DATA NICKNAME: test STARTING: false RUNNING: false STOPPING: false KEYS: false QUIET: false INPORT: 9000 INHOST: localhost OUTPORT: not_set OUTHOST: localhost\nOK Listing done\n')
self.assertTrue(hasattr(fac, 'inport'))
self.assertEqual(fac.inport, DEFAULT_INPORT + 2)
def test_existingInhostAndInportSelectedForExistingTunnel(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.inhost = 'camelot'
fac.inport = 1234
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('DATA NICKNAME: spam STARTING: false RUNNING: false STOPPING: false KEYS: false QUIET: false INPORT: 2345 INHOST: localhost OUTPORT: not_set OUTHOST: localhost\nOK Listing done\n')
self.assertEqual(fac.inhost, 'localhost')
self.assertEqual(fac.inport, 2345)
def test_defaultOutportSelected(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.inhost = 'camelot'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
self.assertTrue(hasattr(fac, 'outport'))
self.assertEqual(fac.outport, DEFAULT_OUTPORT)
def test_higherOutportSelectedWhenDefaultBusy(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.outhost = 'camelot'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('DATA NICKNAME: test STARTING: false RUNNING: false STOPPING: false KEYS: false QUIET: false INPORT: not_set INHOST: localhost OUTPORT: 9001 OUTHOST: localhost\nOK Listing done\n')
self.assertTrue(hasattr(fac, 'outport'))
self.assertEqual(fac.outport, DEFAULT_OUTPORT + 2)
def test_existingOuthostAndOutportSelectedForExistingTunnel(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.outhost = 'camelot'
fac.outport = 1234
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('DATA NICKNAME: spam STARTING: false RUNNING: false STOPPING: false KEYS: false QUIET: false INPORT: not_set INHOST: localhost OUTPORT: 2345 OUTHOST: localhost\nOK Listing done\n')
self.assertEqual(fac.outhost, 'localhost')
self.assertEqual(fac.outport, 2345)
def test_defaultNickSetsNick(self):
fac, proto = self.makeProto()
fac.tunnelNick = None
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
self.assertEqual(proto.transport.value().decode('utf-8'), 'setnick txi2p-%d\n' % os.getpid())
def test_newNickSetsNick(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
self.assertEqual(proto.transport.value(), b'setnick spam\n')
def test_nickSetSendsOptions(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.options = {'foo': 'bar', 'spam': 'eggs'}
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
self.assertEqual(proto.transport.value(), b'option foo=bar spam=eggs\n')
def test_nickSetWithKeypair(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.keypair = 'eggs'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418 options set\n')
self.assertEqual(proto.transport.value(), b'setkeys eggs\n')
def test_destFetchedAfterNickSetWithKeypair(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.keypair = 'eggs'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418 options set\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
self.assertEqual(proto.transport.value(), b'getdest\n')
def test_nickSetWithNoKeypair(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418 options set\n')
self.assertEqual(proto.transport.value(), b'newkeys\n')
def test_keypairFetchedAfterNickSetWithNoKeypair(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418 options set\n')
proto.transport.clear()
proto.dataReceived('OK shrubbery\n') # The new Destination
self.assertEqual(proto.transport.value(), b'getkeys\n')
def test_existingNickGetsNick(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('DATA NICKNAME: spam STARTING: false RUNNING: true STOPPING: false KEYS: true QUIET: false INPORT: 12345 INHOST: localhost OUTPORT: 23456 OUTHOST: localhost\nOK Listing done\n')
self.assertEqual(proto.transport.value(), b'getnick spam\n')
def test_stopRequestedForRunningTunnel(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('DATA NICKNAME: spam STARTING: false RUNNING: true STOPPING: false KEYS: true QUIET: false INPORT: 12345 INHOST: localhost OUTPORT: 23456 OUTHOST: localhost\nOK Listing done\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
self.assertEqual(proto.transport.value(), b'stop\n')
def test_stopNotRequestedForStoppedTunnel(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('DATA NICKNAME: spam STARTING: false RUNNING: false STOPPING: false KEYS: true QUIET: false INPORT: 12345 INHOST: localhost OUTPORT: 23456 OUTHOST: localhost\nOK Listing done\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
self.assertNotEqual(proto.transport.value(), b'stop\n') # TODO: Refactor to test against what is actually expected
def test_quitRequestedAfterStart(self):
fac, proto = self.makeProto()
called = []
fac.i2pTunnelCreated = lambda: called.append(True)
# Shortcut
proto.receiver.currentRule = 'State_start'
proto._parser._setupInterp()
proto.dataReceived('OK HTTP 418\n')
self.assertEqual((called, proto.transport.value()), ([True], b'quit\n'))
class TestI2PClientTunnelCreatorBOBClient(BOBTunnelCreationMixin, unittest.TestCase):
protocol = I2PClientTunnelCreatorBOBClient
def test_inhostRequestRepeatedIfActive(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.inhost = 'camelot'
# Shortcut
proto.receiver.currentRule = 'State_inhost'
proto._parser._setupInterp()
proto.dataReceived('ERROR tunnel is active\n')
self.assertEqual(proto.transport.value(), b'inhost camelot\n')
def test_inhostRequestRepeatedIfShuttingDown(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.inhost = 'camelot'
# Shortcut
proto.receiver.currentRule = 'State_inhost'
proto._parser._setupInterp()
proto.dataReceived('ERROR tunnel shutting down\n')
self.assertEqual(proto.transport.value(), b'inhost camelot\n')
def test_inhostSetAfterNickSetWithKeypair(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.keypair = 'eggs'
fac.inhost = 'camelot'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418 options set\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK shrubbery\n') # The Destination
self.assertEqual(proto.transport.value(), b'inhost camelot\n')
def test_inhostSetAfterNickSetWithNoKeypair(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.inhost = 'camelot'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418 options set\n')
proto.transport.clear()
proto.dataReceived('OK shrubbery\n') # The new Destination
proto.transport.clear()
proto.dataReceived('OK rubberyeggs\n') # The new keypair
self.assertEqual(proto.transport.value(), b'inhost camelot\n')
def test_defaultInportSet(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.inhost = 'camelot'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418 options set\n')
proto.transport.clear()
proto.dataReceived('OK shrubbery\n') # The new Destination
proto.transport.clear()
proto.dataReceived('OK rubberyeggs\n') # The new keypair
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
self.assertEqual(proto.transport.value().decode('utf-8'), 'inport %d\n' % DEFAULT_INPORT)
def test_inportSet(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.inhost = 'camelot'
fac.inport = '1234'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418 options set\n')
proto.transport.clear()
proto.dataReceived('OK shrubbery\n') # The new Destination
proto.transport.clear()
proto.dataReceived('OK rubberyeggs\n') # The new keypair
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
self.assertEqual(proto.transport.value(), b'inport 1234\n')
def test_startRequested(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.inhost = 'camelot'
fac.inport = '1234'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418 options set\n')
proto.transport.clear()
proto.dataReceived('OK shrubbery\n') # The new Destination
proto.transport.clear()
proto.dataReceived('OK rubberyeggs\n') # The new keypair
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
self.assertEqual(proto.transport.value(), b'start\n')
class TestI2PServerTunnelCreatorBOBClient(BOBTunnelCreationMixin, unittest.TestCase):
protocol = I2PServerTunnelCreatorBOBClient
def test_outhostRequestRepeatedIfActive(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.outhost = 'camelot'
# Shortcut
proto.receiver.currentRule = 'State_outhost'
proto._parser._setupInterp()
proto.dataReceived('ERROR tunnel is active\n')
self.assertEqual(proto.transport.value(), b'outhost camelot\n')
def test_outhostRequestRepeatedIfShuttingDown(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.outhost = 'camelot'
# Shortcut
proto.receiver.currentRule = 'State_outhost'
proto._parser._setupInterp()
proto.dataReceived('ERROR tunnel shutting down\n')
self.assertEqual(proto.transport.value(), b'outhost camelot\n')
def test_outhostSetAfterNickSetWithKeypair(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.keypair = 'eggs'
fac.outhost = 'camelot'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418 options set\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK shrubbery\n') # The Destination
self.assertEqual(proto.transport.value(), b'outhost camelot\n')
def test_outhostSetAfterNickSetWithNoKeypair(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.outhost = 'camelot'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418 options set\n')
proto.transport.clear()
proto.dataReceived('OK shrubbery\n') # The new Destination
proto.transport.clear()
proto.dataReceived('OK rubberyeggs\n') # The new keypair
self.assertEqual(proto.transport.value(), b'outhost camelot\n')
def test_defaultOutportSet(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.outhost = 'camelot'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418 options set\n')
proto.transport.clear()
proto.dataReceived('OK shrubbery\n') # The new Destination
proto.transport.clear()
proto.dataReceived('OK rubberyeggs\n') # The new keypair
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
self.assertEqual(proto.transport.value().decode('utf-8'), 'outport %d\n' % DEFAULT_OUTPORT)
def test_outportSet(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.outhost = 'camelot'
fac.outport = '1234'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418 options set\n')
proto.transport.clear()
proto.dataReceived('OK shrubbery\n') # The new Destination
proto.transport.clear()
proto.dataReceived('OK rubberyeggs\n') # The new keypair
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
self.assertEqual(proto.transport.value(), b'outport 1234\n')
def test_startRequested(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.outhost = 'camelot'
fac.outport = '1234'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418 options set\n')
proto.transport.clear()
proto.dataReceived('OK shrubbery\n') # The new Destination
proto.transport.clear()
proto.dataReceived('OK rubberyeggs\n') # The new keypair
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
self.assertEqual(proto.transport.value(), b'start\n')
class TestI2PTunnelRemoverBOBClient(BOBProtoTestMixin, unittest.TestCase):
protocol = I2PTunnelRemoverBOBClient
def test_noTunnelWithNick(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('OK Listing done\n') # No DATA, no tunnels
self.assertEqual(proto.transport.value(), b'')
def test_tunnelExistsGetsNick(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('DATA NICKNAME: spam STARTING: false RUNNING: true STOPPING: false KEYS: true QUIET: false INPORT: 12345 INHOST: localhost OUTPORT: 23456 OUTHOST: localhost\nOK Listing done\n')
self.assertEqual(proto.transport.value(), b'getnick spam\n')
def test_stopRequested(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('DATA NICKNAME: spam STARTING: false RUNNING: true STOPPING: false KEYS: true QUIET: false INPORT: 12345 INHOST: localhost OUTPORT: 23456 OUTHOST: localhost\nOK Listing done\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
self.assertEqual(proto.transport.value(), b'stop\n')
def test_clearRequested(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
proto.dataReceived('BOB 00.00.10\nOK\n')
proto.transport.clear()
proto.dataReceived('DATA NICKNAME: spam STARTING: false RUNNING: true STOPPING: false KEYS: true QUIET: false INPORT: 12345 INHOST: localhost OUTPORT: 23456 OUTHOST: localhost\nOK Listing done\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
proto.transport.clear()
proto.dataReceived('OK HTTP 418\n')
self.assertEqual(proto.transport.value(), b'clear\n')
def test_clearRequestRepeatedIfActive(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
# Shortcut
proto.receiver.currentRule = 'State_clear'
proto._parser._setupInterp()
proto.dataReceived('ERROR tunnel is active\n')
self.assertEqual(proto.transport.value(), b'clear\n')
def test_clearRequestRepeatedIfShuttingDown(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
# Shortcut
proto.receiver.currentRule = 'State_clear'
proto._parser._setupInterp()
proto.dataReceived('ERROR tunnel shutting down\n')
self.assertEqual(proto.transport.value(), b'clear\n')
def test_quitRequestedAfterClearSuccess(self):
fac, proto = self.makeProto()
fac.tunnelNick = 'spam'
fac.i2pTunnelRemoved = lambda: None
# Shortcut
proto.receiver.currentRule = 'State_clear'
proto._parser._setupInterp()
proto.dataReceived('OK HTTP 418\n')
self.assertEqual(proto.transport.value(), b'quit\n')
class FakeDisconnectingFactory(object):
def i2pConnectionLost(self, wrappedProto, reason):
wrappedProto.connectionLost(reason)
class TestI2PClientTunnelProtocol(unittest.TestCase):
def makeProto(self):
wrappedProto = proto_helpers.AccumulatingProtocol()
proto = I2PClientTunnelProtocol(wrappedProto, None, TEST_B64)
proto.factory = FakeDisconnectingFactory()
transport = proto_helpers.StringTransportWithDisconnection()
transport.abortConnection = lambda: None
transport.protocol = proto
proto.makeConnection(transport)
return proto
def test_destRequested(self):
proto = self.makeProto()
self.assertEqual(proto.transport.value().decode('utf-8'), '%s\n' % TEST_B64)
def test_wrappedProtoConnectionMade(self):
proto = self.makeProto()
self.assertEqual(proto.transport, proto.wrappedProto.transport)
def test_connectionFailed(self):
proto = self.makeProto()
proto.dataReceived("ERROR Can't find destination: spam.i2p")
self.assertEqual(proto.wrappedProto.closed, 1)
expected = UnknownHostError(string="Can't find destination: spam.i2p")
got = proto.wrappedProto.closedReason.value
self.assertEqual(type(expected), type(got))
self.assertEqual(expected.args, got.args)
def test_dataPassed(self):
proto = self.makeProto()
proto.dataReceived('shrubbery')
self.assertEqual(proto.wrappedProto.data, b'shrubbery')
class TestI2PServerTunnelProtocol(unittest.TestCase):
def makeProto(self):
wrappedProto = proto_helpers.AccumulatingProtocol()
proto = I2PServerTunnelProtocol(wrappedProto, None)
transport = proto_helpers.StringTransport()
transport.abortConnection = lambda: None
proto.makeConnection(transport)
return proto
def test_wrappedProtoConnectionMade(self):
proto = self.makeProto()
self.assertEqual(proto.transport, proto.wrappedProto.transport)
def test_peerDestStored(self):
proto = self.makeProto()
proto.dataReceived('%s\n' % TEST_B64)
self.assertEqual(proto.peer.destination, TEST_B64)
def test_dataAfterPeerDestPassed(self):
proto = self.makeProto()
proto.dataReceived('%s\n' % TEST_B64)
proto.dataReceived('shrubbery')
self.assertEqual(proto.wrappedProto.data, b'shrubbery')
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