def test_tor_i2p_listeners(self):
basedir = self.mktemp()
config_fname = os.path.join(basedir, "tahoe.cfg")
os.mkdir(basedir)
os.mkdir(os.path.join(basedir, "private"))
with open(config_fname, "w") as f:
f.write(BASE_CONFIG)
f.write("[node]\n")
f.write("tub.port = listen:i2p,listen:tor\n")
f.write("tub.location = tcp:example.org:1234\n")
config = client.read_config(basedir, "client.port")
tub_options = create_tub_options(config)
t = FakeTub()
i2p_provider = mock.Mock()
tor_provider = mock.Mock()
dfh, fch = create_connection_handlers(None, config, i2p_provider, tor_provider)
with mock.patch("allmydata.node.Tub", return_value=t):
create_main_tub(config, tub_options, dfh, fch, i2p_provider, tor_provider)
self.assertEqual(i2p_provider.get_listener.mock_calls, [mock.call()])
self.assertEqual(tor_provider.get_listener.mock_calls, [mock.call()])
self.assertEqual(
t.listening_ports,
[
i2p_provider.get_listener(),
tor_provider.get_listener(),
]
)
def test_listen_on_zero(self):
"""
Trying to listen on port 0 should be an error
"""
basedir = self.mktemp()
create_node_dir(basedir, "testing")
with open(os.path.join(basedir, "tahoe.cfg"), "w") as f:
f.write(BASE_CONFIG)
f.write("[node]\n")
f.write("tub.port = tcp:0\n")
f.write("tub.location = AUTO\n")
config = client.read_config(basedir, "client.port")
i2p_provider = mock.Mock()
tor_provider = mock.Mock()
dfh, fch = create_connection_handlers(None, config, i2p_provider, tor_provider)
tub_options = create_tub_options(config)
t = FakeTub()
with mock.patch("allmydata.node.Tub", return_value=t):
with self.assertRaises(ValueError) as ctx:
create_main_tub(config, tub_options, dfh, fch, i2p_provider, tor_provider)
self.assertIn(
"you must choose",
str(ctx.exception),
)
def test_multiple_ports(self):
basedir = self.mktemp()
create_node_dir(basedir, "testing")
port1 = iputil.allocate_tcp_port()
port2 = iputil.allocate_tcp_port()
port = ("tcp:%d:interface=127.0.0.1,tcp:%d:interface=127.0.0.1" %
(port1, port2))
location = "tcp:localhost:%d,tcp:localhost:%d" % (port1, port2)
with open(os.path.join(basedir, "tahoe.cfg"), "w") as f:
f.write(BASE_CONFIG)
f.write("[node]\n")
f.write("tub.port = %s\n" % port)
f.write("tub.location = %s\n" % location)
config = client.read_config(basedir, "client.port")
i2p_provider = mock.Mock()
tor_provider = mock.Mock()
dfh, fch = create_connection_handlers(None, config, i2p_provider, tor_provider)
tub_options = create_tub_options(config)
t = FakeTub()
with mock.patch("allmydata.node.Tub", return_value=t):
create_main_tub(config, tub_options, dfh, fch, i2p_provider, tor_provider)
self.assertEqual(t.listening_ports,
["tcp:%d:interface=127.0.0.1" % port1,
"tcp:%d:interface=127.0.0.1" % port2])
def test_multiple_ports(self, ports):
"""
When there are multiple listen addresses suggested by the ``tub.port`` and
``tub.location`` configuration, the node's *main* port listens on all
of them.
"""
basedir = self.mktemp()
config_fname = os.path.join(basedir, "tahoe.cfg")
os.mkdir(basedir)
os.mkdir(os.path.join(basedir, "private"))
port1, port2 = iter(ports)
port = ("tcp:%d:interface=127.0.0.1,tcp:%d:interface=127.0.0.1" %
(port1, port2))
location = "tcp:localhost:%d,tcp:localhost:%d" % (port1, port2)
with open(config_fname, "w") as f:
f.write(BASE_CONFIG)
f.write("[node]\n")
f.write("tub.port = %s\n" % port)
f.write("tub.location = %s\n" % location)
config = client.read_config(basedir, "client.port")
i2p_provider = mock.Mock()
tor_provider = mock.Mock()
dfh, fch = create_connection_handlers(None, config, i2p_provider,
tor_provider)
tub_options = create_tub_options(config)
t = FakeTub()
with mock.patch("allmydata.node.Tub", return_value=t):
create_main_tub(config, tub_options, dfh, fch, i2p_provider,
tor_provider)
self.assertEqual(t.listening_ports, [
"tcp:%d:interface=127.0.0.1" % port1,
"tcp:%d:interface=127.0.0.1" % port2
])
def test_tor_i2p_listeners(self):
basedir = self.mktemp()
config_fname = os.path.join(basedir, "tahoe.cfg")
os.mkdir(basedir)
os.mkdir(os.path.join(basedir, "private"))
with open(config_fname, "w") as f:
f.write(BASE_CONFIG)
f.write("tub.port = listen:i2p,listen:tor\n")
f.write("tub.location = tcp:example.org:1234\n")
config = client.read_config(basedir, "client.port")
tub_options = create_tub_options(config)
t = FakeTub()
i2p_provider = mock.Mock()
tor_provider = mock.Mock()
dfh, fch = create_connection_handlers(None, config, i2p_provider, tor_provider)
with mock.patch("allmydata.node.Tub", return_value=t):
create_main_tub(config, tub_options, dfh, fch, i2p_provider, tor_provider)
self.assertEqual(i2p_provider.get_listener.mock_calls, [mock.call()])
self.assertEqual(tor_provider.get_listener.mock_calls, [mock.call()])
self.assertEqual(
t.listening_ports,
[
i2p_provider.get_listener(),
tor_provider.get_listener(),
]
)
def test_multiple_ports(self):
basedir = self.mktemp()
create_node_dir(basedir, "testing")
port1 = iputil.allocate_tcp_port()
port2 = iputil.allocate_tcp_port()
port = ("tcp:%d:interface=127.0.0.1,tcp:%d:interface=127.0.0.1" %
(port1, port2))
location = "tcp:localhost:%d,tcp:localhost:%d" % (port1, port2)
with open(os.path.join(basedir, "tahoe.cfg"), "w") as f:
f.write(BASE_CONFIG)
f.write("tub.port = %s\n" % port)
f.write("tub.location = %s\n" % location)
config = client.read_config(basedir, "client.port")
i2p_provider = mock.Mock()
tor_provider = mock.Mock()
dfh, fch = create_connection_handlers(None, config, i2p_provider, tor_provider)
tub_options = create_tub_options(config)
t = FakeTub()
with mock.patch("allmydata.node.Tub", return_value=t):
create_main_tub(config, tub_options, dfh, fch, i2p_provider, tor_provider)
self.assertEqual(t.listening_ports,
["tcp:%d:interface=127.0.0.1" % port1,
"tcp:%d:interface=127.0.0.1" % port2])
def test_listen_on_zero(self):
"""
Trying to listen on port 0 should be an error
"""
basedir = self.mktemp()
create_node_dir(basedir, "testing")
with open(os.path.join(basedir, "tahoe.cfg"), "w") as f:
f.write(BASE_CONFIG)
f.write("tub.port = tcp:0\n")
f.write("tub.location = AUTO\n")
config = client.read_config(basedir, "client.port")
i2p_provider = mock.Mock()
tor_provider = mock.Mock()
dfh, fch = create_connection_handlers(None, config, i2p_provider, tor_provider)
tub_options = create_tub_options(config)
t = FakeTub()
with mock.patch("allmydata.node.Tub", return_value=t):
with self.assertRaises(ValueError) as ctx:
create_main_tub(config, tub_options, dfh, fch, i2p_provider, tor_provider)
self.assertIn(
"you must choose",
str(ctx.exception),
)
def testing_tub(config_data=''):
"""
Creates a 'main' Tub for testing purposes, from config data
"""
from twisted.internet import reactor
basedir = 'dummy_basedir'
config = config_from_string(basedir, 'DEFAULT_PORTNUMFILE_BLANK',
config_data)
fileutil.make_dirs(os.path.join(basedir, 'private'))
i2p_provider = create_i2p_provider(reactor, config)
tor_provider = create_tor_provider(reactor, config)
handlers = create_connection_handlers(reactor, config, i2p_provider,
tor_provider)
default_connection_handlers, foolscap_connection_handlers = handlers
tub_options = create_tub_options(config)
main_tub = create_main_tub(config,
tub_options,
default_connection_handlers,
foolscap_connection_handlers,
i2p_provider,
tor_provider,
cert_filename='DEFAULT_CERTFILE_BLANK')
return main_tub
def create_client_from_config(config, _client_factory=None):
"""
Creates a new client instance (a subclass of Node). Most code
should probably use `create_client` instead.
:returns: Deferred yielding a _Client instance
:param config: configuration instance (from read_config()) which
encapsulates everything in the "node directory".
:param _client_factory: for testing; the class to instantiate
instead of _Client
"""
try:
if _client_factory is None:
_client_factory = _Client
i2p_provider = create_i2p_provider(reactor, config)
tor_provider = create_tor_provider(reactor, config)
handlers = node.create_connection_handlers(reactor, config,
i2p_provider, tor_provider)
default_connection_handlers, foolscap_connection_handlers = handlers
tub_options = node.create_tub_options(config)
main_tub = node.create_main_tub(
config,
tub_options,
default_connection_handlers,
foolscap_connection_handlers,
i2p_provider,
tor_provider,
)
control_tub = node.create_control_tub()
introducer_clients = create_introducer_clients(config, main_tub)
storage_broker = create_storage_farm_broker(
config, default_connection_handlers, foolscap_connection_handlers,
tub_options, introducer_clients)
client = _client_factory(
config,
main_tub,
control_tub,
i2p_provider,
tor_provider,
introducer_clients,
storage_broker,
)
i2p_provider.setServiceParent(client)
tor_provider.setServiceParent(client)
for ic in introducer_clients:
ic.setServiceParent(client)
storage_broker.setServiceParent(client)
return defer.succeed(client)
except Exception:
return defer.fail()
def create_client_from_config(config, _client_factory=None):
"""
Creates a new client instance (a subclass of Node). Most code
should probably use `create_client` instead.
:returns: Deferred yielding a _Client instance
:param config: configuration instance (from read_config()) which
encapsulates everything in the "node directory".
:param _client_factory: for testing; the class to instantiate
instead of _Client
"""
try:
if _client_factory is None:
_client_factory = _Client
i2p_provider = create_i2p_provider(reactor, config)
tor_provider = create_tor_provider(reactor, config)
handlers = node.create_connection_handlers(reactor, config, i2p_provider, tor_provider)
default_connection_handlers, foolscap_connection_handlers = handlers
tub_options = node.create_tub_options(config)
main_tub = node.create_main_tub(
config, tub_options, default_connection_handlers,
foolscap_connection_handlers, i2p_provider, tor_provider,
)
control_tub = node.create_control_tub()
introducer_clients = create_introducer_clients(config, main_tub)
storage_broker = create_storage_farm_broker(
config, default_connection_handlers, foolscap_connection_handlers,
tub_options, introducer_clients
)
client = _client_factory(
config,
main_tub,
control_tub,
i2p_provider,
tor_provider,
introducer_clients,
storage_broker,
)
i2p_provider.setServiceParent(client)
tor_provider.setServiceParent(client)
for ic in introducer_clients:
ic.setServiceParent(client)
storage_broker.setServiceParent(client)
return defer.succeed(client)
except Exception:
return Failure()
def create_introducer(basedir=u"."):
"""
:returns: a Deferred that yields a new _IntroducerNode instance
"""
try:
# see https://tahoe-lafs.org/trac/tahoe-lafs/ticket/2946
from twisted.internet import reactor
if not os.path.exists(basedir):
create_node_dir(basedir, INTRODUCER_README)
config = read_config(
basedir,
u"client.port",
generated_files=["introducer.furl"],
_valid_config=_valid_config(),
)
i2p_provider = create_i2p_provider(reactor, config)
tor_provider = create_tor_provider(reactor, config)
default_connection_handlers, foolscap_connection_handlers = create_connection_handlers(
reactor, config, i2p_provider, tor_provider)
tub_options = create_tub_options(config)
# we don't remember these because the Introducer doesn't make
# outbound connections.
i2p_provider = None
tor_provider = None
main_tub = create_main_tub(
config,
tub_options,
default_connection_handlers,
foolscap_connection_handlers,
i2p_provider,
tor_provider,
)
control_tub = create_control_tub()
node = _IntroducerNode(
config,
main_tub,
control_tub,
i2p_provider,
tor_provider,
)
return defer.succeed(node)
except Exception:
return Failure()
def create_introducer(basedir=u"."):
"""
:returns: a Deferred that yields a new _IntroducerNode instance
"""
try:
# see https://tahoe-lafs.org/trac/tahoe-lafs/ticket/2946
from twisted.internet import reactor
if not os.path.exists(basedir):
create_node_dir(basedir, INTRODUCER_README)
config = read_config(
basedir, u"client.port",
generated_files=["introducer.furl"],
_valid_config_sections=_valid_config_sections,
)
i2p_provider = create_i2p_provider(reactor, config)
tor_provider = create_tor_provider(reactor, config)
default_connection_handlers, foolscap_connection_handlers = create_connection_handlers(reactor, config, i2p_provider, tor_provider)
tub_options = create_tub_options(config)
# we don't remember these because the Introducer doesn't make
# outbound connections.
i2p_provider = None
tor_provider = None
main_tub = create_main_tub(
config, tub_options, default_connection_handlers,
foolscap_connection_handlers, i2p_provider, tor_provider,
)
control_tub = create_control_tub()
node = _IntroducerNode(
config,
main_tub,
control_tub,
i2p_provider,
tor_provider,
)
return defer.succeed(node)
except Exception:
return Failure()
def testing_tub(config_data=''):
"""
Creates a 'main' Tub for testing purposes, from config data
"""
from twisted.internet import reactor
basedir = 'dummy_basedir'
config = config_from_string(basedir, 'DEFAULT_PORTNUMFILE_BLANK', config_data)
fileutil.make_dirs(os.path.join(basedir, 'private'))
i2p_provider = create_i2p_provider(reactor, config)
tor_provider = create_tor_provider(reactor, config)
handlers = create_connection_handlers(reactor, config, i2p_provider, tor_provider)
default_connection_handlers, foolscap_connection_handlers = handlers
tub_options = create_tub_options(config)
main_tub = create_main_tub(
config, tub_options, default_connection_handlers,
foolscap_connection_handlers, i2p_provider, tor_provider,
cert_filename='DEFAULT_CERTFILE_BLANK'
)
return main_tub
def create_client_from_config(config,
_client_factory=None,
_introducer_factory=None):
"""
Creates a new client instance (a subclass of Node). Most code
should probably use `create_client` instead.
:returns: Deferred yielding a _Client instance
:param config: configuration instance (from read_config()) which
encapsulates everything in the "node directory".
:param _client_factory: for testing; the class to instantiate
instead of _Client
:param _introducer_factory: for testing; the class to instantiate instead
of IntroducerClient
"""
if _client_factory is None:
_client_factory = _Client
i2p_provider = create_i2p_provider(reactor, config)
tor_provider = create_tor_provider(reactor, config)
handlers = node.create_connection_handlers(reactor, config, i2p_provider,
tor_provider)
default_connection_handlers, foolscap_connection_handlers = handlers
tub_options = node.create_tub_options(config)
main_tub = node.create_main_tub(
config,
tub_options,
default_connection_handlers,
foolscap_connection_handlers,
i2p_provider,
tor_provider,
)
control_tub = node.create_control_tub()
introducer_clients = create_introducer_clients(config, main_tub,
_introducer_factory)
storage_broker = create_storage_farm_broker(config,
default_connection_handlers,
foolscap_connection_handlers,
tub_options,
introducer_clients)
client = _client_factory(
config,
main_tub,
control_tub,
i2p_provider,
tor_provider,
introducer_clients,
storage_broker,
)
# Initialize storage separately after creating the client. This is
# necessary because we need to pass a reference to the client in to the
# storage plugins to allow them to initialize themselves (specifically,
# they may want the anonymous IStorageServer implementation so they don't
# have to duplicate all of its basic storage functionality). A better way
# to do this, eventually, may be to create that implementation first and
# then pass it in to both storage plugin creation and the client factory.
# This avoids making a partially initialized client object escape the
# client factory and removes the circular dependency between these
# objects.
storage_plugins = yield _StoragePlugins.from_config(
client.get_anonymous_storage_server,
config,
)
client.init_storage(storage_plugins.announceable_storage_servers)
i2p_provider.setServiceParent(client)
tor_provider.setServiceParent(client)
for ic in introducer_clients:
ic.setServiceParent(client)
storage_broker.setServiceParent(client)
defer.returnValue(client)
