def doReadHello(self, arg):
"""
Action method.
"""
from transport.tcp import tcp_node
try:
command, payload = arg
peeraddress, peeridurl = payload.split(' ')
peerip, peerport = peeraddress.split(':')
peerport = int(peerport)
peeraddress = (peerip, peerport)
except:
return
# self.peer_external_address = (self.peer_external_address[0], peerport)
self.peer_external_address = peeraddress
self.peer_idurl = peeridurl
if self.peer_address != self.peer_external_address:
tcp_node.opened_connections()[self.peer_address].remove(self)
if len(tcp_node.opened_connections()[self.peer_address]) == 0:
tcp_node.opened_connections().pop(self.peer_address)
self.peer_address = self.peer_external_address
if self.peer_address not in tcp_node.opened_connections():
tcp_node.opened_connections()[self.peer_address] = []
tcp_node.opened_connections()[self.peer_address].append(self)
lg.out(
6, '%s : external peer address changed to %s' %
(self, self.peer_address))
def doReadHello(self, *args, **kwargs):
"""
Action method.
"""
from transport.tcp import tcp_node
try:
command, payload = args[0]
peeraddress, peeridurl = payload.split(b' ')
peerip, peerport = peeraddress.split(b':')
peerport = int(peerport)
if not peerip:
lg.warn('unknown peer IP from Hello packet: %r' % args[0])
peerip = self.peer_external_address[0]
peeraddress = (peerip, peerport)
except:
lg.exc()
return
# self.peer_external_address = (self.peer_external_address[0], peerport)
self.peer_external_address = peeraddress
self.peer_idurl = peeridurl
if self.peer_address != self.peer_external_address:
tcp_node.opened_connections()[self.peer_address].remove(self)
if len(tcp_node.opened_connections()[self.peer_address]) == 0:
tcp_node.opened_connections().pop(self.peer_address)
old_address = self.peer_address
self.peer_address = self.peer_external_address
if self.peer_address not in tcp_node.opened_connections():
tcp_node.opened_connections()[self.peer_address] = []
tcp_node.opened_connections()[self.peer_address].append(self)
if _Debug:
lg.out(
_DebugLevel,
'%s : external peer address changed from %s to %s' %
(self, old_address, self.peer_address))
def doReadHello(self, arg):
"""
Action method.
"""
from transport.tcp import tcp_node
try:
command, payload = arg
peeraddress, peeridurl = payload.split(" ")
peerip, peerport = peeraddress.split(":")
peerport = int(peerport)
peeraddress = (peerip, peerport)
except:
return
# self.peer_external_address = (self.peer_external_address[0], peerport)
self.peer_external_address = peeraddress
self.peer_idurl = peeridurl
if self.peer_address != self.peer_external_address:
tcp_node.opened_connections()[self.peer_address].remove(self)
if len(tcp_node.opened_connections()[self.peer_address]) == 0:
tcp_node.opened_connections().pop(self.peer_address)
self.peer_address = self.peer_external_address
if self.peer_address not in tcp_node.opened_connections():
tcp_node.opened_connections()[self.peer_address] = []
tcp_node.opened_connections()[self.peer_address].append(self)
lg.out(6, "%s : external peer address changed to %s" % (self, self.peer_address))
def doInit(self, arg):
"""
Action method.
"""
from transport.tcp import tcp_node
self.peer_address = self.getTransportAddress()
self.peer_external_address = self.peer_address
self.connected = time.time()
if self.peer_address not in tcp_node.opened_connections():
tcp_node.opened_connections()[self.peer_address] = []
tcp_node.opened_connections()[self.peer_address].append(self)
tcp_node.increase_connections_counter()
def doInit(self, arg):
"""
Action method.
"""
from transport.tcp import tcp_node
self.peer_address = self.getTransportAddress()
self.peer_external_address = self.peer_address
self.connected = time.time()
if self.peer_address not in tcp_node.opened_connections():
tcp_node.opened_connections()[self.peer_address] = []
tcp_node.opened_connections()[self.peer_address].append(self)
tcp_node.increase_connections_counter()
def doInit(self, *args, **kwargs):
"""
Action method.
"""
from transport.tcp import tcp_node
self.peer_address = self.getTransportAddress()
self.peer_external_address = self.peer_address
self.connected = time.time()
if self.peer_address not in tcp_node.opened_connections():
tcp_node.opened_connections()[self.peer_address] = []
tcp_node.opened_connections()[self.peer_address].append(self)
tcp_node.increase_connections_counter()
if _Debug:
lg.out(_DebugLevel, 'tcp_connection.doInit with %s, total connections to that address : %d' % (
self.peer_address, len(tcp_node.opened_connections()[self.peer_address]), ))
def list_output_streams(sorted_by_time=True):
from transport.tcp import tcp_node
streams = []
for connections in tcp_node.opened_connections().values():
for connection in connections:
if connection.stream:
streams.extend(connection.stream.outboxFiles.values())
if sorted_by_time:
streams.sort(key=lambda stream: stream.started)
return streams
def list_output_streams(sorted_by_time=True):
from transport.tcp import tcp_node
streams = []
for connections in tcp_node.opened_connections().values():
for connection in connections:
if connection.stream:
streams.extend(list(connection.stream.outboxFiles.values()))
if sorted_by_time:
streams.sort(key=lambda stream: stream.started)
return streams
def list_sessions(self):
"""
"""
result = []
for opened_connection in tcp_node.opened_connections().values():
for channel in opened_connection:
result.append(channel)
for started_connection in tcp_node.started_connections().values():
result.append(started_connection)
return result
def find_session(self, host=None, idurl=None):
"""
"""
if idurl:
for opened_connection in tcp_node.opened_connections().values():
for channel in opened_connection:
if channel.get_idurl() and channel.get_idurl() == idurl:
if _Debug:
lg.dbg(_DebugLevel,
'found active connection for %r' % idurl)
return [
channel,
]
return []
search_for_host = net_misc.normalize_address(host)
if _Debug:
lg.dbg(
_DebugLevel, 'looking for %r, known connections: %r' % (
search_for_host,
list(tcp_node.opened_connections().keys()),
))
return tcp_node.opened_connections().get(search_for_host, [])
def find_stream(file_id=None, transfer_id=None):
from transport.tcp import tcp_node
for connections in tcp_node.opened_connections().values():
for connection in connections:
if connection.stream:
for out_file in connection.stream.outboxFiles.values():
if file_id and out_file.file_id == file_id:
return out_file
if transfer_id and out_file.transfer_id == transfer_id:
return out_file
for in_file in connection.stream.inboxFiles.values():
if file_id and in_file.file_id == file_id:
return in_file
if transfer_id and in_file.transfer_id == transfer_id:
return in_file
return None
def process_streams():
from transport.tcp import tcp_node
global _ProcessStreamsDelay
global _ProcessStreamsTask
has_activity = False
for connections in tcp_node.opened_connections().values():
for connection in connections:
has_timeouts = False # connection.stream.timeout_incoming_files()
has_sends = False # connection.stream.process_sending_data()
has_outbox = connection.process_outbox_queue()
if has_timeouts or has_sends or has_outbox:
has_activity = True
_ProcessStreamsDelay = misc.LoopAttenuation(
_ProcessStreamsDelay, has_activity,
MIN_PROCESS_STREAMS_DELAY,
MAX_PROCESS_STREAMS_DELAY,)
# attenuation
_ProcessStreamsTask = reactor.callLater(
_ProcessStreamsDelay, process_streams)
def process_streams():
from transport.tcp import tcp_node
global _ProcessStreamsDelay
global _ProcessStreamsTask
has_activity = False
for connections in tcp_node.opened_connections().values():
for connection in connections:
has_timeouts = False # connection.stream.timeout_incoming_files()
has_sends = False # connection.stream.process_sending_data()
has_outbox = connection.process_outbox_queue()
if has_timeouts or has_sends or has_outbox:
has_activity = True
_ProcessStreamsDelay = misc.LoopAttenuation(
_ProcessStreamsDelay, has_activity,
MIN_PROCESS_STREAMS_DELAY,
MAX_PROCESS_STREAMS_DELAY,)
# attenuation
_ProcessStreamsTask = reactor.callLater( # @UndefinedVariable
_ProcessStreamsDelay, process_streams)
def doDestroyMe(self, *args, **kwargs):
"""
Action method.
"""
from transport.tcp import tcp_node
self.destroy()
if self.peer_address in tcp_node.opened_connections():
tcp_node.opened_connections()[self.peer_address].remove(self)
if len(tcp_node.opened_connections()[self.peer_address]) == 0:
tcp_node.opened_connections().pop(self.peer_address)
tcp_node.decrease_connections_counter()
else:
raise Exception('not found %r in the opened connections' % self.peer_address)
self.stream = None
self.peer_address = None
self.peer_external_address = None
self.peer_idurl = None
self.outboxQueue = []
def doDestroyMe(self, arg):
"""
Action method.
"""
from transport.tcp import tcp_node
# lg.out(18, 'tcp_connection.doDestroyMe %s' % str(self))
self.destroy()
if self.peer_address in tcp_node.opened_connections():
tcp_node.opened_connections()[self.peer_address].remove(self)
if len(tcp_node.opened_connections()[self.peer_address]) == 0:
tcp_node.opened_connections().pop(self.peer_address)
tcp_node.decrease_connections_counter()
else:
raise Exception("not found %s in the opened connections" % self.peer_address)
self.stream = None
self.peer_address = None
self.peer_external_address = None
self.peer_idurl = None
self.outboxQueue = []
def find_session(self, host):
"""
"""
return tcp_node.opened_connections().get(
net_misc.normalize_address(host), [])
def find_session(self, host):
"""
"""
return tcp_node.opened_connections().get(self._normalize_host(host), [])