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_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 _when_connected_enough(self):
# start processing the upload queue when we've connected to
# enough servers
tahoe_config = read_config(self.config.tahoe_node_directory.path,
"portnum")
threshold = int(tahoe_config.get_config("client", "shares.needed"))
@inline_callbacks
def enough():
try:
welcome_body = yield self.tahoe_client.get_welcome()
except Exception:
returnValue((False, "Failed to get welcome page"))
servers = welcome_body[u"servers"]
connected_servers = [
server for server in servers
if server["connection_status"].startswith("Connected ")
]
message = "Found {} of {} connected servers (want {})".format(
len(connected_servers),
len(servers),
threshold,
)
if len(connected_servers) < threshold:
returnValue((False, message))
returnValue((True, message))
return poll("connected enough", enough, self.reactor)
def invite(options):
if options.parent['node-directory']:
basedir = argv_to_abspath(options.parent['node-directory'])
else:
basedir = get_default_nodedir()
config = read_config(basedir, u"")
out = options.stdout
err = options.stderr
try:
introducer_furl = get_introducer_furl(basedir, config)
except Exception as e:
print("Can't find introducer FURL for node '{}': {}".format(basedir, str(e)), file=err)
raise SystemExit(1)
nick = options['nick']
remote_config = {
"shares-needed": options["shares-needed"] or config.get_config('client', 'shares.needed'),
"shares-total": options["shares-total"] or config.get_config('client', 'shares.total'),
"shares-happy": options["shares-happy"] or config.get_config('client', 'shares.happy'),
"nickname": nick,
"introducer": introducer_furl,
}
yield _send_config_via_wormhole(options, remote_config)
print("Completed successfully", file=out)
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 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_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_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_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 magic_folder_join(invite_code, node_directory, local_dir, name,
poll_interval, author_name):
"""
Join a magic-folder specified by the ``name`` and create the config files.
:param unicode invite_code: The code used to join a magic folder.
:param unicode node_directory: The path to the Tahoe-LAFS node directory
which owns the magic folder in question.
:param unicode local_dir: The directory in the local filesystem that holds
the files to be synchronized across computers.
:param unicode name: The magic-folder name.
:param integer poll_interval: Periodic time interval after which the
client polls for updates.
:param unicode author_name: Our own name for Snapshot authorship
:return integer: If the function succeeds, returns 0, else an exception
is raised.
"""
fields = invite_code.split(INVITE_SEPARATOR)
if len(fields) != 2:
raise usage.UsageError("Invalid invite code.")
magic_readonly_cap, dmd_write_cap = fields
maybe_upgrade_magic_folders(node_directory)
existing_folders = load_magic_folders(node_directory)
if name in existing_folders:
raise Exception(
"This client already has a magic-folder named '{}'".format(name))
author = create_local_author(author_name)
config = read_config(node_directory, "portnum")
write_local_author(author, name, config)
db_fname = os.path.join(
node_directory,
u"private",
u"magicfolder_{}.sqlite".format(name),
)
if os.path.exists(db_fname):
raise Exception(
"Database '{}' already exists; not overwriting".format(db_fname))
folder = {
u"directory": local_dir.encode('utf-8'),
u"collective_dircap": magic_readonly_cap,
u"upload_dircap": dmd_write_cap,
u"poll_interval": poll_interval,
}
existing_folders[name] = folder
save_magic_folders(node_directory, existing_folders)
return 0
def setUp(self):
d = super(TestLocalAuthor, self).setUp()
magic_dir = FilePath(mktemp())
self.node = self.useFixture(NodeDirectory(FilePath(mktemp())))
self.node.create_magic_folder(
u"default",
u"URI:CHK2:{}:{}:1:1:256".format(u"a" * 16, u"a" * 32),
u"URI:CHK2:{}:{}:1:1:256".format(u"b" * 16, u"b" * 32),
magic_dir,
60,
)
self.config = read_config(self.node.path.path, "portnum")
return d
def _test_streaming_logs(reactor, temp_dir, alice):
cfg = read_config(join(temp_dir, "alice"), "portnum")
node_url = cfg.get_config_from_file("node.url")
api_auth_token = cfg.get_private_config("api_auth_token")
ws_url = node_url.replace("http://", "ws://")
log_url = ws_url + "private/logs/v1"
print("Connecting to {}".format(log_url))
client = yield _connect_client(reactor, api_auth_token, log_url)
print("Connected.")
client.on_close = Deferred()
client.on_message = Deferred()
# Provoke _some_ log event.
yield treq.get(node_url)
result = yield _race(client.on_close, client.on_message)
assert isinstance(result, Right)
json.loads(result.value)
def main(reactor):
from twisted.python import log
log.startLogging(sys.stdout)
tahoe_dir = "testgrid/alice"
cfg = read_config(tahoe_dir, "portnum")
token = cfg.get_private_config("api_auth_token").strip()
webport = cfg.get_config("node", "web.port")
if webport.startswith("tcp:"):
port = webport.split(':')[1]
else:
port = webport
factory = WebSocketClientFactory(
url=u"ws://127.0.0.1:{}/private/logs/v1".format(port),
headers={
"Authorization": "tahoe-lafs {}".format(token),
}
)
factory.on_open = Deferred()
factory.on_close = Deferred()
factory.protocol = TahoeLogProtocol
endpoint = HostnameEndpoint(reactor, "127.0.0.1", int(port))
try:
port = yield endpoint.connect(factory)
except ConnectError as e:
print("Connection failed: {}".format(e))
return
print("port: {}".format(port))
yield factory.on_open
print("opened")
yield factory.on_close
print("closed")
def create_no_network_client(basedir):
"""
:return: a Deferred yielding an instance of _Client subclass which
does no actual networking but has the same API.
"""
basedir = abspath_expanduser_unicode(unicode(basedir))
fileutil.make_dirs(os.path.join(basedir, "private"), 0o700)
from allmydata.client import read_config
config = read_config(basedir, u'client.port')
storage_broker = NoNetworkStorageBroker()
client = _NoNetworkClient(
config,
main_tub=None,
i2p_provider=None,
tor_provider=None,
introducer_clients=[],
storage_farm_broker=storage_broker,
)
# this is a (pre-existing) reference-cycle and also a bad idea, see:
# https://tahoe-lafs.org/trac/tahoe-lafs/ticket/2949
storage_broker.client = client
return defer.succeed(client)
def create_no_network_client(basedir):
"""
:return: a Deferred yielding an instance of _Client subclass which
does no actual networking but has the same API.
"""
basedir = abspath_expanduser_unicode(unicode(basedir))
fileutil.make_dirs(os.path.join(basedir, "private"), 0o700)
from allmydata.client import read_config
config = read_config(basedir, u'client.port')
storage_broker = NoNetworkStorageBroker()
client = _NoNetworkClient(
config,
main_tub=None,
control_tub=None,
i2p_provider=None,
tor_provider=None,
introducer_clients=[],
storage_farm_broker=storage_broker,
)
# this is a (pre-existing) reference-cycle and also a bad idea, see:
# https://tahoe-lafs.org/trac/tahoe-lafs/ticket/2949
storage_broker.client = client
return defer.succeed(client)
def get_config(self):
return client.read_config(
self._node_dir,
u"portnum",
)
def from_node_directory(cls, reactor, nodedir, webport):
config = read_config(nodedir, u"client.port")
magic_folders = load_magic_folders(nodedir)
return cls(reactor, config, webport, magic_folders)
