def create_virtual_networks(self,):
for i in range(len(self.CMConfig["Vnets"])):
vnetdetails = self.CMConfig["Vnets"][i]
vn = ipoplib.VNET
# Create VNET Request Message
self.registerCBT("Logger", "info", "Creating Vnet {0}".format(vnetdetails["TapName"]))
vn["IPOP"]["Request"]["InterfaceName"] = vnetdetails["TapName"]
vn["IPOP"]["Request"]["Description"] = vnetdetails["Description"]
vn["IPOP"]["Request"]["LocalVirtIP4"] = vnetdetails["IP4"]
vn["IPOP"]["Request"]["LocalPrefix4"] = vnetdetails["IP4PrefixLen"]
if "MTU4" in vnetdetails:
vn["IPOP"]["Request"]["MTU4"] = vnetdetails["MTU4"]
vnetdetails["uid"] = fxlib.gen_uid(vnetdetails["IP4"])
vn["IPOP"]["Request"]["LocalUID"] = vnetdetails["uid"]
# Currently configured to take the first stun address
vn["IPOP"]["Request"]["StunAddress"] = self.CMConfig["Stun"][0]
if "Turn" in self.CMConfig:
if self.CMConfig["Turn"][0]["Address"] is not None:
vn["IPOP"]["Request"]["TurnAddress"] = self.CMConfig["Turn"][0]["Address"]
if self.CMConfig["Turn"][0]["User"] is not None:
vn["IPOP"]["Request"]["TurnUser"] = self.CMConfig["Turn"][0]["User"]
if self.CMConfig["Turn"][0]["Password"] is not None:
vn["IPOP"]["Request"]["TurnPass"] = self.CMConfig["Turn"][0]["Password"]
if "IPMappingEnabled" in vnetdetails:
vn["IPOP"]["Request"]["IPMappingEnabled"] = vnetdetails["IPMappingEnabled"]
vn["IPOP"]["Request"]["L2TunnelEnabled"] = True
vn["IPOP"]["TransactionId"] = self.trans_counter
self.trans_counter += 1
self.send_msg(json.dumps(vn))
def create_virtual_networks(self, ):
for i in range(len(self.CMConfig["Vnets"])):
vnetdetails = self.CMConfig["Vnets"][i]
vn = ipoplib.VNET
# Create VNET Request Message
self.registerCBT(
"Logger", "info",
"Creating Vnet {0}".format(vnetdetails["TapName"]))
vn["IPOP"]["Request"]["InterfaceName"] = vnetdetails["TapName"]
vn["IPOP"]["Request"]["Description"] = vnetdetails["Description"]
vn["IPOP"]["Request"]["LocalVirtIP4"] = vnetdetails["IP4"]
vn["IPOP"]["Request"]["LocalPrefix4"] = vnetdetails["IP4PrefixLen"]
if "MTU4" in vnetdetails:
vn["IPOP"]["Request"]["MTU4"] = vnetdetails["MTU4"]
vnetdetails["uid"] = fxlib.gen_uid(vnetdetails["IP4"])
vn["IPOP"]["Request"]["LocalUID"] = vnetdetails["uid"]
# Currently configured to take the first stun address
vn["IPOP"]["Request"]["StunAddress"] = self.CMConfig["Stun"][0]
if "Turn" in self.CMConfig:
if self.CMConfig["Turn"][0]["Address"] is not None:
vn["IPOP"]["Request"]["TurnAddress"] = self.CMConfig[
"Turn"][0]["Address"]
if self.CMConfig["Turn"][0]["User"] is not None:
vn["IPOP"]["Request"]["TurnUser"] = self.CMConfig["Turn"][
0]["User"]
if self.CMConfig["Turn"][0]["Password"] is not None:
vn["IPOP"]["Request"]["TurnPass"] = self.CMConfig["Turn"][
0]["Password"]
if "IPMappingEnabled" in vnetdetails:
vn["IPOP"]["Request"]["IPMappingEnabled"] = vnetdetails[
"IPMappingEnabled"]
vn["IPOP"]["Request"]["L2TunnelEnabled"] = True
vn["IPOP"]["TransactionId"] = self.trans_counter
self.trans_counter += 1
self.send_msg(json.dumps(vn))
def __init__(self):
self.parse_config()
fxlib.CONFIG = self.CONFIG
# CFxHandleDict is a dict containing the references to
# CFxHandles of all CMs with key as the module name and
# value as the CFxHandle reference
self.CFxHandleDict = {}
self.vpn_type = self.CONFIG['CFx']['vpn_type']
self.user = self.CONFIG['CFx']["xmpp_username"]
self.password = self.CONFIG['CFx']["xmpp_password"]
self.host = self.CONFIG['CFx']["xmpp_host"]
self.port = self.CONFIG['CFx']["xmpp_port"]
if self.vpn_type == 'GroupVPN':
self.ip4 = self.CONFIG['BaseTopologyManager']["ip4"]
self.uid = fxlib.gen_uid(self.ip4) # SHA-1 Hash
elif self.vpn_type == 'SocialVPN':
self.ip4 = self.CONFIG['AddressMapper']["ip4"]
self.uid = self.CONFIG['CFx']['local_uid']
self.ip6 = fxlib.gen_ip6(self.uid)
if socket.has_ipv6:
self.sock = socket.socket(socket.AF_INET6, socket.SOCK_DGRAM)
self.sock_svr = socket.socket(socket.AF_INET6, socket.SOCK_DGRAM)
self.sock_svr.bind((self.CONFIG['TincanSender']["localhost6"],
self.CONFIG['CFx']["contr_port"]))
else:
self.sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
self.sock_svr = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
self.sock_svr.bind((self.CONFIG['TincanSender']["localhost"],
self.CONFIG['CFx']["contr_port"]))
self.sock.bind(("", 0))
self.sock_list = [self.sock, self.sock_svr]
def __init__(self):
self.parse_config()
fxlib.CONFIG = self.CONFIG
# CFxHandleDict is a dict containing the references to
# CFxHandles of all CMs with key as the module name and
# value as the CFxHandle reference
self.CFxHandleDict = {}
self.vpn_type = self.CONFIG['CFx']['vpn_type']
self.user = self.CONFIG['CFx']["xmpp_username"]
self.password = self.CONFIG['CFx']["xmpp_password"]
self.host = self.CONFIG['CFx']["xmpp_host"]
self.port = self.CONFIG['CFx']["xmpp_port"]
if self.vpn_type == 'GroupVPN':
self.ip4 = self.CONFIG['BaseTopologyManager']["ip4"]
self.uid = fxlib.gen_uid(self.ip4) # SHA-1 Hash
elif self.vpn_type == 'SocialVPN':
self.ip4 = self.CONFIG['AddressMapper']["ip4"]
self.uid = self.CONFIG['CFx']['local_uid']
self.ip6 = fxlib.gen_ip6(self.uid)
if socket.has_ipv6:
self.sock = socket.socket(socket.AF_INET6, socket.SOCK_DGRAM)
self.sock_svr = socket.socket(socket.AF_INET6, socket.SOCK_DGRAM)
self.sock_svr.bind((self.CONFIG['TincanSender']["localhost6"],
self.CONFIG['CFx']["contr_port"]))
else:
self.sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
self.sock_svr = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
self.sock_svr.bind((self.CONFIG['TincanSender']["localhost"],
self.CONFIG['CFx']["contr_port"]))
self.sock.bind(("", 0))
self.sock_list = [self.sock, self.sock_svr]
def __init__(self, CFxHandle, paramDict):
super(BaseTopologyManager, self).__init__()
self.CFxHandle = CFxHandle
self.CMConfig = paramDict
self.ipop_state = None
self.interval_counter = 0
self.cv_interval = 5
self.use_visualizer = False
self.uid = ""
self.ip4 = ""
self.local_state = {}
# peers (linked nodes)
self.peers = {}
# links:
# self.links["successor"] = { uid: None }
# self.links["chord"] = { uid: {"log_uid": log_uid, "ttl": ttl} }
# self.links["on_demand"] = { uid: {"ttl": ttl, "rate": rate} }
# self.links["inbound"] = { uid: None }
self.links = {
"successor": {}, "chord": {}, "on_demand": {}, "inbound": {}
}
self.log_chords = []
# discovered nodes
# self.discovered_nodes is the list of nodes used by the successors policy
# self.discovered_nodes_srv is the list of nodes obtained from peer_state
# notifications
self.discovered_nodes = []
self.discovered_nodes_srv = []
# p2p overlay state
self.p2p_state = "started"
# address mapping
self.uid_ip4_table = {}
self.ip4_uid_table = {}
# populate uid_ip4_table and ip4_uid_table with all UID and IPv4
# mappings within the /16 subnet
parts = self.CMConfig["ip4"].split(".")
ip_prefix = parts[0] + "." + parts[1] + "."
for i in range(0, 255):
for j in range(0, 255):
ip4 = ip_prefix + str(i) + "." + str(j)
uid = fxlib.gen_uid(ip4)
self.uid_ip4_table[uid] = ip4
self.ip4_uid_table[ip4] = uid
if 'use_central_visualizer' in self.CMConfig:
self.use_visualizer = self.CMConfig["use_central_visualizer"]
if "interval_central_visualizer" in self.CMConfig:
self.cv_interval = self.CMConfig["interval_central_visualizer"]
def __init__(self,CFxHandle,paramDict,ModuleName):
ControllerModule.__init__(self,CFxHandle,paramDict,ModuleName)
self.xmpp_peers = defaultdict(int)
# need to maintain uid<->jid mapping to route xmpp messages.
self.uid_jid = {}
self.jid_uid = defaultdict(lambda:['',False])
self.xmpp_username = self.CMConfig.get("username")
self.xmpp_passwd = self.CMConfig.get("password")
self.xmpp_host = self.CMConfig.get("xmpp_host")
self.uid = ""
# time of last recvd xmpp advt.
self.last_sent_advt = 0
# keeps track of if xmpp advt recvd in interval
self.xmpp_advt_recvd = True
# Initial ADVT Delay
self.INITIAL_ADVT_DELAY =5
# interval between sending advertisements
self.advt_delay = self.INITIAL_ADVT_DELAY
# Maximum delay between advertisements is 10 minutes
self.MAX_ADVT_DELAY = 600
# initialize the base Xmpp client class
sleekxmpp.ClientXMPP.__init__(self,self.xmpp_username,self.xmpp_passwd,sasl_mech='PLAIN')
self['feature_mechanisms'].unencrypted_plain = True
# register a new plugin stanza and handler for it,
# whenever a matching message will be received on
# the xmpp stream , registered handler will be called.
register_stanza_plugin(Message, Ipop_Msg)
self.registerHandler(
Callback('Ipop',
StanzaPath('message/Ipop'),
self.MsgListener))
# Register event handler for session start
self.add_event_handler("session_start",self.start)
# calculate UID, for the meantime
# address mapping
self.uid_ip4_table = {}
self.ip4_uid_table = {}
# populate uid_ip4_table and ip4_uid_table with all UID and IPv4
# mappings within the /16 subnet
parts = self.CMConfig["ip4"].split(".")
ip_prefix = parts[0] + "." + parts[1] + "."
for i in range(0, 255):
for j in range(0, 255):
ip4 = ip_prefix + str(i) + "." + str(j)
uid = fxlib.gen_uid(ip4)
self.uid_ip4_table[uid] = ip4
self.ip4_uid_table[ip4] = uid
self.uid = self.ip4_uid_table[self.CMConfig["ip4"]]
# Start xmpp handling thread
self.xmpp_handler()
def __init__(self,CFxHandle,paramDict,ModuleName):
ControllerModule.__init__(self,CFxHandle,paramDict,ModuleName)
self.xmpp_peers = defaultdict(int)
# need to maintain uid<->jid mapping to route xmpp messages.
self.uid_jid = {}
self.xmpp_username = self.CMConfig.get("username")
self.xmpp_passwd = self.CMConfig.get("password")
self.xmpp_host = self.CMConfig.get("xmpp_host")
self.uid = ""
# initialize the base Xmpp client class
sleekxmpp.ClientXMPP.__init__(self,self.xmpp_username,self.xmpp_passwd)
# register a new plugin stanza and handler for it,
# whenever a matching message will be received on
# the xmpp stream , registered handler will be called.
register_stanza_plugin(Message, Ipop_Msg)
self.registerHandler(
Callback('Ipop',
StanzaPath('message/Ipop'),
self.MsgListener))
# Register event handler for session start
self.add_event_handler("session_start",self.start)
# calculate UID, for the meantime
# address mapping
self.uid_ip4_table = {}
self.ip4_uid_table = {}
# populate uid_ip4_table and ip4_uid_table with all UID and IPv4
# mappings within the /16 subnet
parts = self.CMConfig["ip4"].split(".")
ip_prefix = parts[0] + "." + parts[1] + "."
for i in range(0, 255):
for j in range(0, 255):
ip4 = ip_prefix + str(i) + "." + str(j)
uid = fxlib.gen_uid(ip4)
self.uid_ip4_table[uid] = ip4
self.ip4_uid_table[ip4] = uid
self.uid = self.ip4_uid_table[self.CMConfig["ip4"]]
# Start xmpp handling thread
self.xmpp_handler()
def __init__(self, CFxHandle, paramDict, ModuleName):
ControllerModule.__init__(self, CFxHandle, paramDict, ModuleName)
self.xmpp_peers = defaultdict(int)
# need to maintain uid<->jid mapping to route xmpp messages.
self.uid_jid = {}
self.xmpp_username = self.CMConfig.get("username")
self.xmpp_passwd = self.CMConfig.get("password")
self.xmpp_host = self.CMConfig.get("xmpp_host")
self.uid = ""
# initialize the base Xmpp client class
sleekxmpp.ClientXMPP.__init__(self, self.xmpp_username,
self.xmpp_passwd)
# register a new plugin stanza and handler for it,
# whenever a matching message will be received on
# the xmpp stream , registered handler will be called.
register_stanza_plugin(Message, Ipop_Msg)
self.registerHandler(
Callback('Ipop', StanzaPath('message/Ipop'), self.MsgListener))
# Register event handler for session start
self.add_event_handler("session_start", self.start)
# calculate UID, for the meantime
# address mapping
self.uid_ip4_table = {}
self.ip4_uid_table = {}
# populate uid_ip4_table and ip4_uid_table with all UID and IPv4
# mappings within the /16 subnet
parts = self.CMConfig["ip4"].split(".")
ip_prefix = parts[0] + "." + parts[1] + "."
for i in range(0, 255):
for j in range(0, 255):
ip4 = ip_prefix + str(i) + "." + str(j)
uid = fxlib.gen_uid(ip4)
self.uid_ip4_table[uid] = ip4
self.ip4_uid_table[ip4] = uid
self.uid = self.ip4_uid_table[self.CMConfig["ip4"]]
# Start xmpp handling thread
self.xmpp_handler()
def __init__(self):
self.CONFIG = {}
self.parse_config()
#fxlib.CONFIG = self.CONFIG
self.transaction_counter = 0
# CFxHandleDict is a dict containing the references to
# CFxHandles of all CMs with key as the module name and
# value as the CFxHandle reference
self.CFxHandleDict = {}
self.vpn_type = self.CONFIG['CFx']['Model']
if self.vpn_type == 'GroupVPN':
self.vnetdetails = self.CONFIG["Tincan"]["Vnets"]
for k in range(len(self.vnetdetails)):
ip4 = self.vnetdetails[k]["IP4"]
self.vnetdetails[k]["uid"] = fxlib.gen_uid(ip4)
self.vnetdetails[k]["ip6"] = fxlib.gen_ip6(
self.vnetdetails[k]["uid"])
elif self.vpn_type == 'SocialVPN':
self.ip4 = self.CONFIG['AddressMapper']["ip4"]
self.uid = self.CONFIG['CFx']['local_uid']
self.ip6 = fxlib.gen_ip6(self.uid)
if socket.has_ipv6:
self.sock = socket.socket(socket.AF_INET6, socket.SOCK_DGRAM)
self.sock_svr = socket.socket(socket.AF_INET6, socket.SOCK_DGRAM)
self.sock_svr.bind(("::1", self.CONFIG['CFx']["contr_port"]))
else:
self.sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
self.sock_svr = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
self.sock_svr.bind((self.CONFIG['TincanSender']["localhost"],
self.CONFIG['CFx']["contr_port"]))
self.sock.bind(("", 0))
self.sock_list = [self.sock, self.sock_svr]
def __init__(self, CFxHandle, paramDict, ModuleName):
super(BaseTopologyManager, self).__init__(CFxHandle, paramDict, ModuleName)
self.CFxHandle = CFxHandle
self.CMConfig = paramDict
self.ipop_state = None
self.interval_counter = 0
self.cv_interval = 5
self.use_visualizer = False
# need this to query for peer state since it is no longer maintained
# by tincan.
self.peer_uids = defaultdict(int)
self.uid = ""
self.ip4 = ""
# peers (linked nodes)
self.peers = {}
# links:
# self.links["successor"] = { uid: None }
# self.links["chord"] = { uid: {"log_uid": log_uid, "ttl": ttl} }
# self.links["on_demand"] = { uid: {"ttl": ttl, "rate": rate} }
self.links = {
"successor": {}, "chord": {}, "on_demand": {}
}
self.log_chords = []
self.max_num_links = self.CMConfig["num_successors"] + \
self.CMConfig["num_chords"] + \
self.CMConfig["num_on_demand"] + \
self.CMConfig["num_inbound"]
# discovered nodes
# self.discovered_nodes is the list of nodes used by the successors policy
# self.discovered_nodes_srv is the list of nodes obtained from peer_state
# notifications
self.discovered_nodes = []
self.discovered_nodes_srv = []
# p2p overlay state
self.p2p_state = "started"
# address mapping
self.uid_ip4_table = {}
self.ip4_uid_table = {}
# populate uid_ip4_table and ip4_uid_table with all UID and IPv4
# mappings within the /16 subnet
parts = self.CFxHandle.queryParam("ip4").split(".")
ip_prefix = parts[0] + "." + parts[1] + "."
for i in range(0, 255):
for j in range(0, 255):
ip4 = ip_prefix + str(i) + "." + str(j)
uid = fxlib.gen_uid(ip4)
self.uid_ip4_table[uid] = ip4
self.ip4_uid_table[ip4] = uid
if 'use_central_visualizer' in self.CMConfig:
self.use_visualizer = self.CMConfig["use_central_visualizer"]
if "interval_central_visualizer" in self.CMConfig:
self.cv_interval = self.CMConfig["interval_central_visualizer"]
def __init__(self,CFxHandle,paramDict,ModuleName):
ControllerModule.__init__(self,CFxHandle,paramDict,ModuleName)
# keeps track of last recvd advertisement and if node is active on XMPP.
self.xmpp_peers = defaultdict(lambda:[0,False])
# need to maintain uid<->jid mapping to route xmpp messages.
self.uid_jid = {}
# FullJID,Knows my UID,num(Correct advts recvd)
self.jid_uid = defaultdict(lambda:['',False,1])
self.xmpp_username = self.CMConfig.get("xmpp_username")
self.xmpp_passwd = self.CMConfig.get("xmpp_password")
self.xmpp_host = self.CMConfig.get("xmpp_host")
self.xmpp_port = self.CMConfig.get("xmpp_port")
self.vpn_type = self.CFxHandle.queryParam("vpn_type")
self.uid = ""
# time of last recvd xmpp advt.
self.last_sent_advt = 0
# keeps track of if xmpp advt recvd in interval
self.xmpp_advt_recvd = True
# Initial ADVT Delay
self.INITIAL_ADVT_DELAY =5
# interval between sending advertisements
self.advt_delay = self.INITIAL_ADVT_DELAY
# Maximum delay between advertisements is 10 minutes
self.MAX_ADVT_DELAY = 600
# initialize the base Xmpp client class, handle login/authentication.
if self.CMConfig.get("xmpp_authentication_method")=="x509" and \
(self.CMConfig.get("xmpp_username")!= None \
or self.CMConfig.get("xmpp_password")!= None):
raise RuntimeError("x509 Authentication Exception. Username or Password present in IPOP configuration file.")
use_tls = True
if self.CMConfig.get("xmpp_authentication_method")=="x509":
sleekxmpp.ClientXMPP.__init__(self,self.xmpp_host,self.xmpp_passwd,sasl_mech='EXTERNAL')
self.ssl_version = ssl.PROTOCOL_TLSv1
self.ca_certs = self.CMConfig.get("truststore")
self.certfile = self.CMConfig.get("certdirectory")+self.CMConfig.get("certfile")
self.keyfile = self.CMConfig.get("certdirectory")+self.CMConfig.get("keyfile")
else:
sleekxmpp.ClientXMPP.__init__(self, self.xmpp_username, self.xmpp_passwd, sasl_mech='PLAIN')
if self.CMConfig.get("xmpp_accept_untrusted_server")==True:
self['feature_mechanisms'].unencrypted_plain = True
use_tls = False
else:
self.ca_certs = self.CMConfig.get("truststore")
# register a new plugin stanza and handler for it,
# whenever a matching message will be received on
# the xmpp stream , registered handler will be called.
register_stanza_plugin(Message, Ipop_Msg)
self.registerHandler(
Callback('Ipop',
StanzaPath('message/Ipop'),
self.MsgListener))
# Register event handler for session start
self.add_event_handler("session_start",self.start)
# calculate UID, for the meantime
# address mapping
self.uid_ip4_table = {}
self.ip4_uid_table = {}
# populate uid_ip4_table and ip4_uid_table with all UID and IPv4
# mappings within the /16 subnet
if (self.vpn_type == "GroupVPN"):
parts = self.CFxHandle.queryParam("ip4").split(".")
ip_prefix = parts[0] + "." + parts[1] + "."
for i in range(0, 255):
for j in range(0, 255):
ip4 = ip_prefix + str(i) + "." + str(j)
uid = fxlib.gen_uid(ip4)
self.uid_ip4_table[uid] = ip4
self.ip4_uid_table[ip4] = uid
self.uid = self.ip4_uid_table[self.CFxHandle.queryParam("ip4")]
elif (self.vpn_type == "SocialVPN"):
self.registerCBT('Watchdog', 'QUERY_IPOP_STATE')
# Start xmpp handling thread
self.xmpp_handler()