def __init__(self):
import common.config as config
self.config = config.get()
from common import Contact, Address, Hash
self.dir = self.config['general']['config_dir']
self.bitsize = self.config['kademlia']['keysize']
print("Using dir: %s" % self.dir)
from crypto.rsa import KeyPair
# TODO: Re-enable cert loading
# Get the cert and the hash for it
# keyblob = open(self.config['kademlia']['keyfile'], 'r').read()
# self.keypair = KeyPair(private=keyblob)
# TODO: Load pub / priv, base hash off of this.
hash_ = Hash(os.urandom(self.bitsize // 8))
# TODO: load this from config
self.dh_group = self.config['kademlia']['group']
# Set up the networking core
if self.config['net']['randomize_port']:
port = self.new_port()
else:
port = self.config['net']['port']
import net.ipfinder
from net import Stack
from kademlia import Kademlia
addr = Address(net.ipfinder.check_in(), port)
self.contact = Contact(addr, hash_)
self.net = Stack(port, self.dh_group)
self.kademlia = Kademlia(self.net, self.contact, self.dir,
self.config['kademlia']['bucket_size'],
self.bitsize,
self.config['kademlia']['paralellism'])
try:
from ui.server import UIServer
self.uiserver = UIServer(self.config['net']['ui_port'],
self.config['net']['max_ui_conns'])
# Bind all the properties
# This should probably be moved to a model somewhere
props = {'contact_table': 'net._contacts'}
for name, var_path in props.items():
self.uiserver.add_property(name, var_path, self)
except socket.error:
print("UI server port taken. Starting without UI")
def __init__(self):
import common.config as config
self.config = config.get()
from common import Contact, Address, Hash
self.dir = self.config['general']['config_dir']
self.bitsize = self.config['kademlia']['keysize']
print("Using dir: %s" % self.dir)
from crypto.rsa import KeyPair
# TODO: Re-enable cert loading
# Get the cert and the hash for it
# keyblob = open(self.config['kademlia']['keyfile'], 'r').read()
# self.keypair = KeyPair(private=keyblob)
# TODO: Load pub / priv, base hash off of this.
hash_ = Hash(os.urandom(self.bitsize // 8))
# TODO: load this from config
self.dh_group = self.config['kademlia']['group']
# Set up the networking core
if self.config['net']['randomize_port']:
port = self.new_port()
else:
port = self.config['net']['port']
import net.ipfinder
from net import Stack
from kademlia import Kademlia
addr = Address(net.ipfinder.check_in(), port)
self.contact = Contact(addr, hash_)
self.net = Stack(port, self.dh_group)
self.kademlia = Kademlia(self.net, self.contact, self.dir,
self.config['kademlia']['bucket_size'],
self.bitsize,
self.config['kademlia']['paralellism'])
try:
from ui.server import UIServer
self.uiserver = UIServer(self.config['net']['ui_port'],
self.config['net']['max_ui_conns'])
# Bind all the properties
# This should probably be moved to a model somewhere
props = {'contact_table': 'net._contacts'}
for name, var_path in props.items():
self.uiserver.add_property(name, var_path, self)
except socket.error:
print("UI server port taken. Starting without UI")
class _State():
"""
Class for holding all the global state.
.. attribute:: contact
This instance's :class:`~common.Contact`
.. attribute:: net
This instance's :class:`~net.Stack`
.. attribute:: kademlia
This instance's :class:`~kademlia.Kademlia`
.. attribute:: dh_group
The group id that this node is a member of
.. attribute:: dir
Where all artifacts from this instance are kept
"""
def __init__(self):
import common.config as config
self.config = config.get()
from common import Contact, Address, Hash
self.dir = self.config['general']['config_dir']
self.bitsize = self.config['kademlia']['keysize']
print("Using dir: %s" % self.dir)
from crypto.rsa import KeyPair
# TODO: Re-enable cert loading
# Get the cert and the hash for it
# keyblob = open(self.config['kademlia']['keyfile'], 'r').read()
# self.keypair = KeyPair(private=keyblob)
# TODO: Load pub / priv, base hash off of this.
hash_ = Hash(os.urandom(self.bitsize // 8))
# TODO: load this from config
self.dh_group = self.config['kademlia']['group']
# Set up the networking core
if self.config['net']['randomize_port']:
port = self.new_port()
else:
port = self.config['net']['port']
import net.ipfinder
from net import Stack
from kademlia import Kademlia
addr = Address(net.ipfinder.check_in(), port)
self.contact = Contact(addr, hash_)
self.net = Stack(port, self.dh_group)
self.kademlia = Kademlia(self.net, self.contact, self.dir,
self.config['kademlia']['bucket_size'],
self.bitsize,
self.config['kademlia']['paralellism'])
try:
from ui.server import UIServer
self.uiserver = UIServer(self.config['net']['ui_port'],
self.config['net']['max_ui_conns'])
# Bind all the properties
# This should probably be moved to a model somewhere
props = {'contact_table': 'net._contacts'}
for name, var_path in props.items():
self.uiserver.add_property(name, var_path, self)
except socket.error:
print("UI server port taken. Starting without UI")
def gen_testing_key(privloc, bits=512):
# TODO: push this into the crypto area
# Also,use cryptography when 0.6 comes out
# Putting imports in here so they are destroyed later
from Crypto.PublicKey import RSA
from binascii import b2a_base64
priv = RSA.generate(bits)
open(privloc, "wt").write(
str(b2a_base64(priv.exportKey('PEM')), 'UTF-8'))
def new_port(self):
"""
Gets a random free port > 10000.
.. TODO::
Check if the port is free.
And if it is < 65000.
"""
rport = struct.unpack('H', os.urandom(2))[0]
while (rport < 10000):
rport = struct.unpack('H', os.urandom(2))[0]
return rport
class _State():
"""
Class for holding all the global state.
.. attribute:: contact
This instance's :class:`~common.Contact`
.. attribute:: net
This instance's :class:`~net.Stack`
.. attribute:: kademlia
This instance's :class:`~kademlia.Kademlia`
.. attribute:: dh_group
The group id that this node is a member of
.. attribute:: dir
Where all artifacts from this instance are kept
"""
def __init__(self):
import common.config as config
self.config = config.get()
from common import Contact, Address, Hash
self.dir = self.config['general']['config_dir']
self.bitsize = self.config['kademlia']['keysize']
print("Using dir: %s" % self.dir)
from crypto.rsa import KeyPair
# TODO: Re-enable cert loading
# Get the cert and the hash for it
# keyblob = open(self.config['kademlia']['keyfile'], 'r').read()
# self.keypair = KeyPair(private=keyblob)
# TODO: Load pub / priv, base hash off of this.
hash_ = Hash(os.urandom(self.bitsize // 8))
# TODO: load this from config
self.dh_group = self.config['kademlia']['group']
# Set up the networking core
if self.config['net']['randomize_port']:
port = self.new_port()
else:
port = self.config['net']['port']
import net.ipfinder
from net import Stack
from kademlia import Kademlia
addr = Address(net.ipfinder.check_in(), port)
self.contact = Contact(addr, hash_)
self.net = Stack(port, self.dh_group)
self.kademlia = Kademlia(self.net, self.contact, self.dir,
self.config['kademlia']['bucket_size'],
self.bitsize,
self.config['kademlia']['paralellism'])
try:
from ui.server import UIServer
self.uiserver = UIServer(self.config['net']['ui_port'],
self.config['net']['max_ui_conns'])
# Bind all the properties
# This should probably be moved to a model somewhere
props = {'contact_table': 'net._contacts'}
for name, var_path in props.items():
self.uiserver.add_property(name, var_path, self)
except socket.error:
print("UI server port taken. Starting without UI")
def gen_testing_key(privloc, bits=512):
# TODO: push this into the crypto area
# Also,use cryptography when 0.6 comes out
# Putting imports in here so they are destroyed later
from Crypto.PublicKey import RSA
from binascii import b2a_base64
priv = RSA.generate(bits)
open(privloc,
"wt").write(str(b2a_base64(priv.exportKey('PEM')), 'UTF-8'))
def new_port(self):
"""
Gets a random free port > 10000.
.. TODO::
Check if the port is free.
And if it is < 65000.
"""
rport = struct.unpack('H', os.urandom(2))[0]
while (rport < 10000):
rport = struct.unpack('H', os.urandom(2))[0]
return rport