def write_node_config(c, config):
# this is shared between clients and introducers
c.write("# -*- mode: conf; coding: utf-8 -*-\n")
c.write("\n")
c.write("# This file controls the configuration of the Tahoe node that\n")
c.write("# lives in this directory. It is only read at node startup.\n")
c.write("# For details about the keys that can be set here, please\n")
c.write("# read the 'docs/configuration.rst' file that came with your\n")
c.write("# Tahoe installation.\n")
c.write("\n\n")
c.write("[node]\n")
nickname = argv_to_unicode(config.get("nickname") or "")
c.write("nickname = %s\n" % (nickname.encode('utf-8'),))
# TODO: validate webport
webport = argv_to_unicode(config.get("webport") or "none")
if webport.lower() == "none":
webport = ""
c.write("web.port = %s\n" % (webport.encode('utf-8'),))
c.write("web.static = public_html\n")
c.write("#tub.port =\n")
c.write("#tub.location = \n")
c.write("#log_gatherer.furl =\n")
c.write("#timeout.keepalive =\n")
c.write("#timeout.disconnect =\n")
c.write("#ssh.port = 8022\n")
c.write("#ssh.authorized_keys_file = ~/.ssh/authorized_keys\n")
c.write("\n")
def write_node_config(c, config):
# this is shared between clients and introducers
c.write("# -*- mode: conf; coding: utf-8 -*-\n")
c.write("\n")
c.write("# This file controls the configuration of the Tahoe node that\n")
c.write("# lives in this directory. It is only read at node startup.\n")
c.write("# For details about the keys that can be set here, please\n")
c.write("# read the 'docs/configuration.rst' file that came with your\n")
c.write("# Tahoe installation.\n")
c.write("\n\n")
if config["hide-ip"]:
c.write("[connections]\n")
c.write("tcp = tor\n")
c.write("[node]\n")
nickname = argv_to_unicode(config.get("nickname") or "")
c.write("nickname = %s\n" % (nickname.encode("utf-8"),))
if config["hide-ip"]:
c.write("reveal-IP-address = false\n")
else:
c.write("reveal-IP-address = true\n")
# TODO: validate webport
webport = argv_to_unicode(config.get("webport") or "none")
if webport.lower() == "none":
webport = ""
c.write("web.port = %s\n" % (webport.encode("utf-8"),))
c.write("web.static = public_html\n")
listeners = config["listen"].split(",")
if listeners == ["none"]:
c.write("tub.port = disabled\n")
c.write("tub.location = disabled\n")
else:
if "tor" in listeners:
raise NotImplementedError("--listen=tor is under development, " "see ticket #2490 for details")
if "i2p" in listeners:
raise NotImplementedError("--listen=i2p is under development, " "see ticket #2490 for details")
if "tcp" in listeners:
if config["port"]: # --port/--location are a pair
c.write("tub.port = %s\n" % config["port"].encode("utf-8"))
c.write("tub.location = %s\n" % config["location"].encode("utf-8"))
else:
assert "hostname" in config
hostname = config["hostname"]
new_port = iputil.allocate_tcp_port()
c.write("tub.port = tcp:%s\n" % new_port)
c.write("tub.location = tcp:%s:%s\n" % (hostname.encode("utf-8"), new_port))
c.write("#log_gatherer.furl =\n")
c.write("#timeout.keepalive =\n")
c.write("#timeout.disconnect =\n")
c.write("#ssh.port = 8022\n")
c.write("#ssh.authorized_keys_file = ~/.ssh/authorized_keys\n")
c.write("\n")
def parseArgs(self, alias, nickname=None):
BasedirOptions.parseArgs(self)
alias = argv_to_unicode(alias)
if not alias.endswith(u':'):
raise usage.UsageError("An alias must end with a ':' character.")
self.alias = alias[:-1]
self.nickname = argv_to_unicode(nickname)
node_url_file = os.path.join(self['node-directory'], u"node.url")
self['node-url'] = open(node_url_file, "r").read().strip()
aliases = get_aliases(self['node-directory'])
self.aliases = aliases
def parseArgs(self, arg1=None, arg2=None):
# see Examples below
if arg1 is not None and arg2 is not None:
self.from_file = argv_to_unicode(arg1)
self.to_file = argv_to_unicode(arg2)
elif arg1 is not None and arg2 is None:
self.from_file = argv_to_unicode(arg1) # might be "-"
self.to_file = None
else:
self.from_file = None
self.to_file = None
if self.from_file == u"-":
self.from_file = None
def parseArgs(self, arg1, arg2=None):
# tahoe get FOO |less # write to stdout
# tahoe get tahoe:FOO |less # same
# tahoe get FOO bar # write to local file
# tahoe get tahoe:FOO bar # same
self.from_file = argv_to_unicode(arg1)
if arg2:
self.to_file = argv_to_unicode(arg2)
else:
self.to_file = None
if self.to_file == "-":
self.to_file = None
def parseArgs(self, alias, nickname=None, local_dir=None):
BasedirOptions.parseArgs(self)
alias = argv_to_unicode(alias)
if not alias.endswith(u':'):
raise usage.UsageError("An alias must end with a ':' character.")
self.alias = alias[:-1]
self.nickname = None if nickname is None else argv_to_unicode(nickname)
# Expand the path relative to the current directory of the CLI command, not the node.
self.local_dir = None if local_dir is None else argv_to_abspath(local_dir, long_path=False)
if self.nickname and not self.local_dir:
raise usage.UsageError("If NICKNAME is specified then LOCAL_DIR must also be specified.")
node_url_file = os.path.join(self['node-directory'], u"node.url")
self['node-url'] = fileutil.read(node_url_file).strip()
def opt_exclude(self, pattern):
"""Ignore files matching a glob pattern. You may give multiple
'--exclude' options."""
g = argv_to_unicode(pattern).strip()
if g:
exclude = self["exclude"]
exclude.add(g)
def parseArgs(self, where=""):
self.where = argv_to_unicode(where)
if self['mutable-type']:
if self['mutable-type'].lower() not in ("sdmf", "mdmf"):
raise usage.UsageError("%s is an invalid format" % self['mutable-type'])
self['mutable-type'] = self['mutable-type'].lower()
def test_argv_to_unicode(self, mock):
if 'argv' not in dir(self):
return
mock.encoding = self.output_encoding
argu = lumiere_nfc
argv = self.argv
_reload()
self.failUnlessReallyEqual(argv_to_unicode(argv), argu)
def parseArgs(self, arg1=None, arg2=None):
# see Examples below
if arg1 is not None and arg2 is not None:
self.from_file = argv_to_unicode(arg1)
self.to_file = argv_to_unicode(arg2)
elif arg1 is not None and arg2 is None:
self.from_file = argv_to_unicode(arg1) # might be "-"
self.to_file = None
else:
self.from_file = None
self.to_file = None
if self.from_file == u"-":
self.from_file = None
if self["format"]:
if self["format"].upper() not in ("SDMF", "MDMF", "CHK"):
raise usage.UsageError("%s is an invalid format" % self["format"])
def parseArgs(self, arg1, arg2=None):
# tahoe get FOO |less # write to stdout
# tahoe get tahoe:FOO |less # same
# tahoe get FOO bar # write to local file
# tahoe get tahoe:FOO bar # same
if arg2 == "-":
arg2 = None
self.from_file = argv_to_unicode(arg1)
self.to_file = None if arg2 is None else argv_to_abspath(arg2)
def parseArgs(self, arg1=None, arg2=None):
# see Examples below
if arg1 == "-":
arg1 = None
self.from_file = None if arg1 is None else argv_to_abspath(arg1)
self.to_file = None if arg2 is None else argv_to_unicode(arg2)
if self['format']:
if self['format'].upper() not in ("SDMF", "MDMF", "CHK"):
raise usage.UsageError("%s is an invalid format" % self['format'])
def test_argv_to_unicode(self):
if 'argv' not in dir(self):
return
mock_stdout = MockStdout()
mock_stdout.encoding = self.io_encoding
self.patch(sys, 'stdout', mock_stdout)
argu = lumiere_nfc
argv = self.argv
_reload()
self.failUnlessReallyEqual(argv_to_unicode(argv), argu)
def parseArgs(self, invite_code, local_dir):
BasedirOptions.parseArgs(self)
try:
if int(self['poll-interval']) <= 0:
raise ValueError("should be positive")
except ValueError:
raise usage.UsageError(
"--poll-interval must be a positive integer"
)
# Expand the path relative to the current directory of the CLI command, not the node.
self.local_dir = None if local_dir is None else argv_to_abspath(local_dir, long_path=False)
self.invite_code = to_str(argv_to_unicode(invite_code))
def parseArgs(self, arg1=None, arg2=None):
# see Examples below
if arg1 is not None and arg2 is not None:
self.from_file = argv_to_unicode(arg1)
self.to_file = argv_to_unicode(arg2)
elif arg1 is not None and arg2 is None:
self.from_file = argv_to_unicode(arg1) # might be "-"
self.to_file = None
else:
self.from_file = None
self.to_file = None
if self.from_file == u"-":
self.from_file = None
if self['mutable-type']:
if self['mutable-type'].lower() not in ("sdmf", "mdmf"):
raise usage.UsageError("%s is an invalid format" % self['mutable-type'])
self['mutable-type'] = self['mutable-type'].lower()
if self['mutable-type']:
self['mutable'] = True
def parseArgs(self, localdir, topath):
self.from_dir = argv_to_abspath(localdir)
self.to_dir = argv_to_unicode(topath)
def parseArgs(self, frompath, topath):
self.from_file = argv_to_unicode(frompath)
self.to_file = argv_to_unicode(topath)
def parseArgs(self, *args):
if len(args) < 2:
raise usage.UsageError("cp requires at least two arguments")
self.sources = [argv_to_unicode(arg) for arg in args[:-1]]
self.destination = argv_to_unicode(args[-1])
def parseArgs(self, alias, cap):
self.alias = argv_to_unicode(alias)
if self.alias.endswith(u':'):
self.alias = self.alias[:-1]
self.cap = cap
def write_node_config(c, config):
# this is shared between clients and introducers
c.write("# -*- mode: conf; coding: utf-8 -*-\n")
c.write("\n")
c.write("# This file controls the configuration of the Tahoe node that\n")
c.write("# lives in this directory. It is only read at node startup.\n")
c.write("# For details about the keys that can be set here, please\n")
c.write("# read the 'docs/configuration.rst' file that came with your\n")
c.write("# Tahoe installation.\n")
c.write("\n\n")
if config["hide-ip"]:
c.write("[connections]\n")
c.write("tcp = tor\n")
c.write("\n")
c.write("[node]\n")
nickname = argv_to_unicode(config.get("nickname") or "")
c.write("nickname = %s\n" % (nickname.encode('utf-8'),))
if config["hide-ip"]:
c.write("reveal-IP-address = false\n")
else:
c.write("reveal-IP-address = true\n")
# TODO: validate webport
webport = argv_to_unicode(config.get("webport") or "none")
if webport.lower() == "none":
webport = ""
c.write("web.port = %s\n" % (webport.encode('utf-8'),))
c.write("web.static = public_html\n")
listeners = config['listen'].split(",")
tor_config = {}
i2p_config = {}
tub_ports = []
tub_locations = []
if listeners == ["none"]:
c.write("tub.port = disabled\n")
c.write("tub.location = disabled\n")
else:
if "tor" in listeners:
(tor_config, tor_port, tor_location) = \
yield tor_provider.create_onion(reactor, config)
tub_ports.append(tor_port)
tub_locations.append(tor_location)
if "i2p" in listeners:
(i2p_config, i2p_port, i2p_location) = \
yield i2p_provider.create_dest(reactor, config)
tub_ports.append(i2p_port)
tub_locations.append(i2p_location)
if "tcp" in listeners:
if config["port"]: # --port/--location are a pair
tub_ports.append(config["port"].encode('utf-8'))
tub_locations.append(config["location"].encode('utf-8'))
else:
assert "hostname" in config
hostname = config["hostname"]
new_port = iputil.allocate_tcp_port()
tub_ports.append("tcp:%s" % new_port)
tub_locations.append("tcp:%s:%s" % (hostname.encode('utf-8'),
new_port))
c.write("tub.port = %s\n" % ",".join(tub_ports))
c.write("tub.location = %s\n" % ",".join(tub_locations))
c.write("\n")
c.write("#log_gatherer.furl =\n")
c.write("#timeout.keepalive =\n")
c.write("#timeout.disconnect =\n")
c.write("#ssh.port = 8022\n")
c.write("#ssh.authorized_keys_file = ~/.ssh/authorized_keys\n")
c.write("\n")
if tor_config:
c.write("[tor]\n")
for key, value in tor_config.items():
c.write("%s = %s\n" % (key, value))
c.write("\n")
if i2p_config:
c.write("[i2p]\n")
for key, value in i2p_config.items():
c.write("%s = %s\n" % (key, value))
c.write("\n")
def parseArgs(self, alias):
self.alias = argv_to_unicode(alias)
def write_node_config(c, config):
# this is shared between clients and introducers
c.write("# -*- mode: conf; coding: utf-8 -*-\n")
c.write("\n")
c.write("# This file controls the configuration of the Tahoe node that\n")
c.write("# lives in this directory. It is only read at node startup.\n")
c.write("# For details about the keys that can be set here, please\n")
c.write("# read the 'docs/configuration.rst' file that came with your\n")
c.write("# Tahoe installation.\n")
c.write("\n\n")
if config["hide-ip"]:
c.write("[connections]\n")
if tor_provider._import_txtorcon():
c.write("tcp = tor\n")
else:
c.write("tcp = disabled\n")
c.write("\n")
c.write("[node]\n")
nickname = argv_to_unicode(config.get("nickname") or "")
c.write("nickname = %s\n" % (nickname.encode('utf-8'), ))
if config["hide-ip"]:
c.write("reveal-IP-address = false\n")
else:
c.write("reveal-IP-address = true\n")
# TODO: validate webport
webport = argv_to_unicode(config.get("webport") or "none")
if webport.lower() == "none":
webport = ""
c.write("web.port = %s\n" % (webport.encode('utf-8'), ))
c.write("web.static = public_html\n")
listeners = config['listen'].split(",")
tor_config = {}
i2p_config = {}
tub_ports = []
tub_locations = []
if listeners == ["none"]:
c.write("tub.port = disabled\n")
c.write("tub.location = disabled\n")
else:
if "tor" in listeners:
(tor_config, tor_port, tor_location) = \
yield tor_provider.create_config(reactor, config)
tub_ports.append(tor_port)
tub_locations.append(tor_location)
if "i2p" in listeners:
(i2p_config, i2p_port, i2p_location) = \
yield i2p_provider.create_config(reactor, config)
tub_ports.append(i2p_port)
tub_locations.append(i2p_location)
if "tcp" in listeners:
if config["port"]: # --port/--location are a pair
tub_ports.append(config["port"].encode('utf-8'))
tub_locations.append(config["location"].encode('utf-8'))
else:
assert "hostname" in config
hostname = config["hostname"]
new_port = iputil.allocate_tcp_port()
tub_ports.append("tcp:%s" % new_port)
tub_locations.append("tcp:%s:%s" %
(hostname.encode('utf-8'), new_port))
c.write("tub.port = %s\n" % ",".join(tub_ports))
c.write("tub.location = %s\n" % ",".join(tub_locations))
c.write("\n")
c.write("#log_gatherer.furl =\n")
c.write("#timeout.keepalive =\n")
c.write("#timeout.disconnect =\n")
c.write("#ssh.port = 8022\n")
c.write("#ssh.authorized_keys_file = ~/.ssh/authorized_keys\n")
c.write("\n")
if tor_config:
c.write("[tor]\n")
for key, value in tor_config.items():
c.write("%s = %s\n" % (key, value))
c.write("\n")
if i2p_config:
c.write("[i2p]\n")
for key, value in i2p_config.items():
c.write("%s = %s\n" % (key, value))
c.write("\n")
def parseArgs(self, where=''):
self.where = argv_to_unicode(where)
def parseArgs(self, frompath, topath):
self.from_file = argv_to_unicode(frompath)
self.to_file = argv_to_unicode(topath)
def parseArgs(self, *args):
if len(args) < 2:
raise usage.UsageError("cp requires at least two arguments")
self.sources = map(argv_to_unicode, args[:-1])
self.destination = argv_to_unicode(args[-1])
def parseArgs(self, nickname):
super(InviteOptions, self).parseArgs()
self.nickname = argv_to_unicode(nickname)
def parseArgs(self, alias, cap):
self.alias = argv_to_unicode(alias)
if self.alias.endswith(u':'):
self.alias = self.alias[:-1]
self.cap = cap
def parseArgs(self, alias, cap):
self.alias = argv_to_unicode(alias)
self.cap = cap
def parseArgs(self, where=""):
self.where = argv_to_unicode(where)
def parseArgs(self, where=""):
self.where = argv_to_unicode(where)
if self["format"]:
if self["format"].upper() not in ("SDMF", "MDMF"):
raise usage.UsageError("%s is an invalid format" % self["format"])
def parseArgs(self, invite_code, local_dir):
BasedirOptions.parseArgs(self)
# Expand the path relative to the current directory of the CLI command, not the node.
self.local_dir = None if local_dir is None else argv_to_abspath(local_dir, long_path=False)
self.invite_code = to_str(argv_to_unicode(invite_code))
def parseArgs(self, alias):
self.alias = argv_to_unicode(alias)
if self.alias.endswith(u":"):
self.alias = self.alias[:-1]
def parseArgs(self, localdir, topath):
self.from_dir = argv_to_unicode(localdir)
self.to_dir = argv_to_unicode(topath)
def parseArgs(self, where=""):
self.where = argv_to_unicode(where)
if self['format']:
if self['format'].upper() not in ("SDMF", "MDMF"):
raise usage.UsageError("%s is an invalid format" % self['format'])
