def got_command(self, dispatcher, command, headers):
if command == "summary":
summary = {'ip' : RelayConfig.relay_ip,
'version' : __version__,
'status' : self.status,
'uptime' : int(time() - self.start_time),
'session_count' : len(self.session_manager.sessions),
'stream_count' : self.session_manager.stream_count,
'bps_relayed' : self.session_manager.bps_relayed}
return cjson.encode(summary)
elif command == "sessions":
return cjson.encode(self.session_manager.statistics)
elif command == "update":
if self.graceful_shutdown or self.shutting_down:
if not self.session_manager.has_session(**headers):
log.debug("cannot add new session: media-relay is shutting down")
return 'halting'
try:
local_media = self.session_manager.update_session(dispatcher, **headers)
except RelayPortsExhaustedError:
log.error("Could not reserve relay ports for session, all allocated ports are being used")
return "error"
if local_media:
return " ".join([RelayConfig.advertised_ip or local_media[0][0]] + [str(media[1]) for media in local_media])
else: # remove
session = self.session_manager.remove_session(**headers)
if session is None:
return "error"
else:
return cjson.encode(session.statistics)
def got_command(self, dispatcher, command, headers):
if command == "summary":
summary = {'ip' : RelayConfig.relay_ip,
'version' : __version__,
'status' : self.status,
'uptime' : int(time() - self.start_time),
'session_count' : len(self.session_manager.sessions),
'stream_count' : self.session_manager.stream_count,
'bps_relayed' : self.session_manager.bps_relayed}
return cjson.encode(summary)
elif command == "sessions":
return cjson.encode(self.session_manager.statistics)
elif command == "update":
if self.graceful_shutdown or self.shutting_down:
if not self.session_manager.has_session(**headers):
log.debug("cannot add new session: media-relay is shutting down")
return 'halting'
try:
local_media = self.session_manager.update_session(dispatcher, **headers)
except RelayPortsExhaustedError:
log.error("Could not reserve relay ports for session, all allocated ports are being used")
return "error"
if local_media:
return " ".join([RelayConfig.advertised_ip or local_media[0][0]] + [str(media[1]) for media in local_media])
else: # remove
session = self.session_manager.remove_session(**headers)
if session is None:
return "error"
else:
return cjson.encode(session.statistics)
def connectionMade(self):
peer = self.transport.getPeer()
log.debug("Connected to dispatcher at %s:%d" % (peer.host, peer.port))
if RelayConfig.passport is not None:
peer_cert = self.transport.getPeerCertificate()
if not RelayConfig.passport.accept(peer_cert):
self.transport.loseConnection(CertificateSecurityError('peer certificate not accepted'))
self._connection_watcher = RecurrentCall(RelayConfig.keepalive_interval, self._send_keepalive)
def _do_cleanup(self, ip):
log.debug("Doing cleanup for old relay %s" % ip)
del self.cleanup_timers[ip]
for call_id in [
call_id for call_id, session in self.sessions.items()
if session.relay_ip == ip
]:
del self.sessions[call_id]
def connectionMade(self):
peer = self.transport.getPeer()
log.debug("Connected to dispatcher at %s:%d" % (peer.host, peer.port))
if RelayConfig.passport is not None:
peer_cert = self.transport.getPeerCertificate()
if not RelayConfig.passport.accept(peer_cert):
self.transport.loseConnection(CertificateSecurityError('peer certificate not accepted'))
self._connection_watcher = RecurrentCall(RelayConfig.keepalive_interval, self._send_keepalive)
def update_statistics(self, stats):
log.debug("Got statistics: %s" % stats)
if stats["start_time"] is not None:
for accounting in self.accounting:
try:
accounting.do_accounting(stats)
except Exception, e:
log.error("An unhandled error occured while doing accounting: %s" % e)
log.err()
def get_ports(self):
if len(self.bad_ports) > len(self.ports):
log.debug('Excessive amount of bad ports, doing cleanup')
self.ports.extend(self.bad_ports)
self.bad_ports = deque()
try:
return self.ports.popleft()
except IndexError:
raise RelayPortsExhaustedError()
def send_command(self, command, headers):
log.debug('Issuing "%s" command to relay at %s' % (command, self.ip))
seq = str(self.sequence_number)
self.sequence_number += 1
defer = Deferred()
timer = reactor.callLater(DispatcherConfig.relay_timeout, self._timeout, seq, defer)
self.commands[seq] = (command, defer, timer)
self.transport.write("\r\n".join([" ".join([command, seq])] + headers + ["", ""]))
return defer
def get_ports(self):
if len(self.bad_ports) > len(self.ports):
log.debug("Excessive amount of bad ports, doing cleanup")
self.ports.extend(self.bad_ports)
self.bad_ports = deque()
try:
return self.ports.popleft()
except IndexError:
raise RelayPortsExhaustedError()
def run(self):
log.debug('Using {0.__class__.__name__}'.format(reactor))
process.signals.add_handler(signal.SIGHUP, self._handle_signal)
process.signals.add_handler(signal.SIGINT, self._handle_signal)
process.signals.add_handler(signal.SIGTERM, self._handle_signal)
process.signals.add_handler(signal.SIGUSR1, self._handle_signal)
for accounting_module in self.accounting:
accounting_module.start()
reactor.run(installSignalHandlers=False)
def receive(self, message):
# log.debug("{0.name} received: {1!r}".format(self, message))
try:
message = self.otr_session.handle_input(message, 'text/plain')
except IgnoreMessage:
return
else:
log.debug("{0.name} decoded: {1!r}".format(self, message))
self.received_message = message
self.all_done.set()
def receive(self, message):
# log.debug("{0.name} received: {1!r}".format(self, message))
try:
message = self.otr_session.handle_input(message, 'text/plain')
except IgnoreMessage:
return
else:
log.debug("{0.name} decoded: {1!r}".format(self, message))
self.received_message = message
self.all_done.set()
def send_command(self, command, headers):
log.debug('Issuing "%s" command to relay at %s' % (command, self.ip))
seq = str(self.sequence_number)
self.sequence_number += 1
defer = Deferred()
timer = reactor.callLater(DispatcherConfig.relay_timeout,
self._timeout, seq, defer)
self.commands[seq] = (command, defer, timer)
self.transport.write("\r\n".join([" ".join([command, seq])] + headers +
["", ""]))
return defer
def datagramReceived(self, data, address):
log.debug('Got MI response: {}'.format(data))
try:
response = json.loads(data)
except ValueError:
code, _, message = data.partition(' ')
try:
code = int(code)
except ValueError:
log.error(
'MI response from OpenSIPS cannot be parsed (neither JSON nor status reply)'
)
return
# we got one of the 'code message' type of replies. This means either parsing error or internal error in OpenSIPS.
# if we only have one request pending, we can associate the response with it, otherwise is impossible to tell to
# which request the response corresponds. The failed request will fail with timeout later.
if len(self.transport.requests) == 1:
_, request = self.transport.requests.popitem()
request.deferred.errback(
Failure(NegativeReplyError(code, message)))
log.error('MI request {.method} failed with: {} {}'.format(
request, code, message))
else:
log.error(
'Got MI status reply from OpenSIPS that cannot be associated with a request: {!r}'
.format(data))
else:
try:
request_id = response['id']
except KeyError:
log.error('MI JSON response from OpenSIPS lacks id field')
return
if request_id not in self.transport.requests:
log.error(
'MI JSON response from OpenSIPS has unknown id: {!r}'.
format(request_id))
return
request = self.transport.requests.pop(request_id)
if 'result' in response:
request.deferred.callback(response['result'])
elif 'error' in response:
log.error(
'MI request {0.method} failed with: {1[error][code]} {1[error][message]}'
.format(request, response))
request.deferred.errback(
Failure(
NegativeReplyError(response['error']['code'],
response['error']['message'])))
else:
log.error('Invalid MI JSON response from OpenSIPS')
request.deferred.errback(
Failure(
OpenSIPSError(
'Invalid MI JSON response from OpenSIPS')))
def update_statistics(self, stats):
log.debug("Got statistics: %s" % stats)
if stats["start_time"] is not None:
for accounting in self.accounting:
try:
accounting.do_accounting(stats)
except Exception, e:
log.error(
"An unhandled error occured while doing accounting: %s"
% e)
log.err()
def connectionLost(self, connector, reason, protocol):
while protocol._request_queue:
req = protocol._request_queue.pop()
if not req.reliable:
log.debug('Request is considered failed: %s', req)
req.deferred.errback(
failure.Failure(
RatingEngineError(
"Connection with the Rating Engine is down")))
else:
log.debug('Saving request to be requeued later: %s', req)
self.__unsent_req.appendleft(req)
self.connection = None
def session_expired(self, call_id, from_tag):
key = (call_id, from_tag)
try:
session = self.sessions[key]
except KeyError:
log.warn("A session expired that was no longer present on the relay")
return
log.debug("expired session %s" % session)
session.cleanup()
self.closed_byte_counter += session.relayed_bytes
del self.sessions[key]
self.relay.session_expired(session)
self.relay.remove_session(session.dispatcher)
def remove_session(self, call_id, from_tag, to_tag=None, **kw):
key = self._find_session_key(call_id, from_tag, to_tag)
try:
session = self.sessions[key]
except KeyError:
log.warn("The dispatcher tried to remove a session which is no longer present on the relay")
return None
log.debug("removing session %s" % session)
session.cleanup()
self.closed_byte_counter += session.relayed_bytes
del self.sessions[key]
reactor.callLater(0, self.relay.remove_session, session.dispatcher)
return session
def _send_next_request(self):
if self.connected:
self.__request = self._request_queue.popleft()
self.delimiter = b'\r\n'
log.debug("Send request to rating engine %s:%s: %s" %
(self.transport.getPeer().host,
self.transport.getPeer().port, self.__request.decode()))
self.transport.write(self.__request)
#self._set_timeout()
self._set_timeout(self.factory.timeout)
log.debug('Sent request to rating engine: %s',
self.__request.decode())
else:
self.__request = None
def session_expired(self, call_id, from_tag):
key = (call_id, from_tag)
try:
session = self.sessions[key]
except KeyError:
log.warn(
"A session expired that was no longer present on the relay")
return
log.debug("expired session %s" % session)
session.cleanup()
self.closed_byte_counter += session.relayed_bytes
del self.sessions[key]
self.relay.session_expired(session)
self.relay.remove_session(session.dispatcher)
def _respond(self, result, success=True):
if self.__request is not None:
req = self.__request
self.__request = None
try:
if success:
req.deferred.callback(result)
else:
req.deferred.errback(
failure.Failure(RatingEngineError(result)))
except defer.AlreadyCalledError:
log.debug('Request %s was already responded to', req)
if self._request_queue:
self._send_next_request()
def remove_session(self, call_id, from_tag, to_tag=None, **kw):
key = self._find_session_key(call_id, from_tag, to_tag)
try:
session = self.sessions[key]
except KeyError:
log.warn(
"The dispatcher tried to remove a session which is no longer present on the relay"
)
return None
log.debug("removing session %s" % session)
session.cleanup()
self.closed_byte_counter += session.relayed_bytes
del self.sessions[key]
reactor.callLater(0, self.relay.remove_session, session.dispatcher)
return session
def send(self, request):
try:
self.transport.write(json.dumps(request.__data__),
OpenSIPSConfig.socket_path)
except socket.error as e:
log.error("cannot write request to %s: %s" %
(OpenSIPSConfig.socket_path, e[1]))
request.deferred.errback(
Failure(
Error("Cannot send MI request %s to OpenSIPS" %
request.method)))
else:
self.transport.requests[request.id] = request
request.deferred.addBoth(request.process_response)
reactor.callLater(self.timeout, self._did_timeout, request)
log.debug('Send MI request: {}'.format(request.__data__))
return request.deferred
def update_session(self, dispatcher, call_id, from_tag, from_uri, to_uri, cseq, user_agent, type, media=[], to_tag=None, **kw):
key = self._find_session_key(call_id, from_tag, to_tag)
if key:
session = self.sessions[key]
log.debug("updating existing session %s" % session)
is_downstream = (session.from_tag != from_tag) ^ (type == "request")
is_caller_cseq = (session.from_tag == from_tag)
session.update_media(cseq, to_tag, user_agent, media, is_downstream, is_caller_cseq)
elif type == "reply" and not media:
return None
else:
is_downstream = type == "request"
is_caller_cseq = True
session = Session(self, dispatcher, call_id, from_tag, from_uri, to_tag, to_uri, cseq, user_agent, media, is_downstream, is_caller_cseq)
self.sessions[(call_id, from_tag)] = session
self.relay.add_session(dispatcher)
log.debug("created new session %s" % session)
return session.get_local_media(is_downstream, cseq, is_caller_cseq)
def substream_expired(self, substream, reason, timeout_wait):
if substream is self.rtp and self.caller.uses_ice and self.callee.uses_ice:
log.debug("RTP stream expired for session %s: %s" % (self.session, reason))
reason = "unselected ICE candidate"
if not substream.caller.got_stun_probing and not substream.callee.got_stun_probing:
log.debug("unselected ICE candidate for session %s but no STUN was received" % self.session)
if substream is self.rtcp or (self.is_on_hold and reason=='conntrack timeout'):
# Forget about the remote addresses, this will cause any
# re-occurence of the same traffic to be forwarded again
substream.caller.remote.forget()
substream.caller.listener.protocol.send_packet_count = 0
substream.callee.remote.forget()
substream.callee.listener.protocol.send_packet_count = 0
else:
session = self.session
self.cleanup(reason)
self.timeout_wait = timeout_wait
session.stream_expired(self)
def _process(self):
try:
req = Request(self.line_buf[0], self.line_buf[1:])
except InvalidRequestError as e:
log.info("Invalid OpenSIPS request: %s" % str(e))
self._send_error_reply(failure.Failure(e))
else:
log.debug('Received request from OpenSIPS %s', req)
def _unknown_handler(req):
req.deferred.errback(failure.Failure(CommandError(req)))
try:
getattr(self, '_CC_%s' % req.cmd, _unknown_handler)(req)
except Exception as e:
self._send_error_reply(failure.Failure(e))
else:
req.deferred.addCallbacks(callback=self._send_reply,
errback=self._send_error_reply)
def got_data(self, host, port, data):
if (host, port) == tuple(self.remote):
if self.remote.obsolete:
# the received packet matches the previously used IP/port,
# which has been made obsolete, so ignore it
return
else:
if self.remote.in_use:
# the received packet is different than the recorded IP/port,
# so we will discard it
return
# we have learnt the remote IP/port
self.remote.host, self.remote.port = host, port
self.remote.in_use = True
log.debug("Got traffic information for stream: %s" %
self.substream.stream)
is_stun, is_binding_request = _stun_test(data)
self.substream.send_data(self, data, is_stun)
if not self.remote.got_rtp and not is_stun:
# This is the first RTP packet received
self.remote.got_rtp = True
if self.timer:
if self.timer.active():
self.timer.cancel()
self.timer = None
if self.codec == "Unknown" and self.substream is self.substream.stream.rtp:
try:
pt = ord(data[1]) & 127
except IndexError:
pass
else:
if pt > 95:
self.codec = "Dynamic(%d)" % pt
elif pt in rtp_payloads:
self.codec = rtp_payloads[pt]
else:
self.codec = "Unknown(%d)" % pt
self.substream.check_create_conntrack()
if is_binding_request:
self.got_stun_probing = True
def lineReceived(self, line):
log.debug(
'Received response from rating engine %s:%s: %s' %
(self.transport.getPeer().host, self.transport.getPeer().port,
line.strip().replace("\n", " ")))
if not line:
return
if self.__timeout_call is not None:
self.__timeout_call.cancel()
if self.__request is None:
log.warning('Got reply for non-existing request: %s' % line)
return
try:
self._respond(
getattr(self, '_PE_%s' % self.__request.command.lower())(line))
except AttributeError:
self._respond(
"Unknown command in request. Cannot handle reply. Reply is: %s"
% line,
success=False)
except Exception as e:
self._respond(str(e), success=False)
def got_data(self, host, port, data):
if (host, port) == tuple(self.remote):
if self.remote.obsolete:
# the received packet matches the previously used IP/port,
# which has been made obsolete, so ignore it
return
else:
if self.remote.in_use:
# the received packet is different than the recorded IP/port,
# so we will discard it
return
# we have learnt the remote IP/port
self.remote.host, self.remote.port = host, port
self.remote.in_use = True
log.debug("Got traffic information for stream: %s" % self.substream.stream)
is_stun, is_binding_request = _stun_test(data)
self.substream.send_data(self, data, is_stun)
if not self.remote.got_rtp and not is_stun:
# This is the first RTP packet received
self.remote.got_rtp = True
if self.timer:
if self.timer.active():
self.timer.cancel()
self.timer = None
if self.codec == "Unknown" and self.substream is self.substream.stream.rtp:
try:
pt = ord(data[1]) & 127
except IndexError:
pass
else:
if pt > 95:
self.codec = "Dynamic(%d)" % pt
elif pt in rtp_payloads:
self.codec = rtp_payloads[pt]
else:
self.codec = "Unknown(%d)" % pt
self.substream.check_create_conntrack()
if is_binding_request:
self.got_stun_probing = True
def substream_expired(self, substream, reason, timeout_wait):
if substream is self.rtp and self.caller.uses_ice and self.callee.uses_ice:
log.debug("RTP stream expired for session %s: %s" %
(self.session, reason))
reason = "unselected ICE candidate"
if not substream.caller.got_stun_probing and not substream.callee.got_stun_probing:
log.debug(
"unselected ICE candidate for session %s but no STUN was received"
% self.session)
if substream is self.rtcp or (self.is_on_hold
and reason == 'conntrack timeout'):
# Forget about the remote addresses, this will cause any
# re-occurence of the same traffic to be forwarded again
substream.caller.remote.forget()
substream.caller.listener.protocol.send_packet_count = 0
substream.callee.remote.forget()
substream.callee.listener.protocol.send_packet_count = 0
else:
session = self.session
self.cleanup(reason)
self.timeout_wait = timeout_wait
session.stream_expired(self)
def update_dispatchers(self, dispatchers):
dispatchers = set(dispatchers)
for new_dispatcher in dispatchers.difference(self.dispatchers):
if new_dispatcher in self.old_connectors.iterkeys():
log.debug('Restoring old dispatcher at %s:%d' % new_dispatcher)
self.dispatcher_connectors[new_dispatcher] = self.old_connectors.pop(new_dispatcher)
else:
log.debug('Adding new dispatcher at %s:%d' % new_dispatcher)
dispatcher_addr, dispatcher_port = new_dispatcher
factory = DispatcherConnectingFactory(self, dispatcher_addr, dispatcher_port)
self.dispatcher_connectors[new_dispatcher] = reactor.connectTLS(dispatcher_addr, dispatcher_port, factory, self.cred)
for old_dispatcher in self.dispatchers.difference(dispatchers):
log.debug('Removing old dispatcher at %s:%d' % old_dispatcher)
self.old_connectors[old_dispatcher] = self.dispatcher_connectors.pop(old_dispatcher)
self._check_disconnect(old_dispatcher)
self.dispatchers = dispatchers
def update_dispatchers(self, dispatchers):
dispatchers = set(dispatchers)
for new_dispatcher in dispatchers.difference(self.dispatchers):
if new_dispatcher in self.old_connectors.iterkeys():
log.debug('Restoring old dispatcher at %s:%d' % new_dispatcher)
self.dispatcher_connectors[new_dispatcher] = self.old_connectors.pop(new_dispatcher)
else:
log.debug('Adding new dispatcher at %s:%d' % new_dispatcher)
dispatcher_addr, dispatcher_port = new_dispatcher
factory = DispatcherConnectingFactory(self, dispatcher_addr, dispatcher_port)
self.dispatcher_connectors[new_dispatcher] = reactor.connectTLS(dispatcher_addr, dispatcher_port, factory, self.tls_context)
for old_dispatcher in self.dispatchers.difference(dispatchers):
log.debug('Removing old dispatcher at %s:%d' % old_dispatcher)
self.old_connectors[old_dispatcher] = self.dispatcher_connectors.pop(old_dispatcher)
self._check_disconnect(old_dispatcher)
self.dispatchers = dispatchers
def _do_cleanup(self, ip):
log.debug('Cleaning up after old relay at %s' % ip)
del self.cleanup_timers[ip]
for call_id in (call_id for call_id, session in self.sessions.items()
if session.relay_ip == ip):
del self.sessions[call_id]
def update_media(self, cseq, to_tag, user_agent, media_list, is_downstream, is_caller_cseq):
if self.cseq is None:
old_cseq = (0,0)
else:
old_cseq = self.cseq
if is_caller_cseq:
cseq = (cseq, old_cseq[1])
if self.to_tag is None and to_tag is not None:
self.to_tag = to_tag
else:
cseq = (old_cseq[0], cseq)
if is_downstream:
party = "caller"
if self.caller_ua is None:
self.caller_ua = user_agent
else:
party = "callee"
if self.callee_ua is None:
self.callee_ua = user_agent
if self.cseq is None or cseq > self.cseq:
if not media_list:
return
log.debug("Received new SDP offer")
self.streams[cseq] = new_streams = []
if self.cseq is None:
old_streams = []
else:
old_streams = self.streams[self.cseq]
for media_type, media_ip, media_port, media_direction, media_parameters in media_list:
stream = None
for old_stream in old_streams:
old_remote = getattr(old_stream, party).remote_sdp
old_uses_ice = getattr(old_stream, party).uses_ice
if old_remote is not None:
old_ip, old_port = old_remote
else:
old_ip, old_port = None, None
if old_stream.is_alive and old_stream.media_type == media_type and ((media_ip, media_port) in ((old_ip, old_port), ('0.0.0.0', old_port), (old_ip, 0))) and old_uses_ice == (media_parameters.get("ice", "no") == "yes"):
stream = old_stream
stream.check_hold(party, media_direction, media_ip)
log.debug("Found matching existing stream: %s" % stream)
break
if stream is None:
stream = MediaStream(self, media_type, media_ip, media_port, media_direction, media_parameters, party)
log.debug("Added new stream: %s" % stream)
if media_port == 0:
stream.cleanup()
log.debug("Stream explicitly closed: %s" % stream)
new_streams.append(stream)
if self.previous_cseq is not None:
for stream in self.streams[self.previous_cseq]:
if stream not in self.streams[self.cseq] + new_streams:
stream.cleanup()
self.previous_cseq = self.cseq
self.cseq = cseq
elif self.cseq == cseq:
log.debug("Received updated SDP answer")
now = time()
if self.start_time is None:
self.start_time = now
current_streams = self.streams[cseq]
for stream in current_streams:
if stream.start_time is None:
stream.start_time = now
if to_tag is not None and not media_list:
return
if len(media_list) < len(current_streams):
for stream in current_streams[len(media_list):]:
log.debug("Stream rejected by not being included in the SDP answer: %s" % stream)
stream.cleanup("rejected")
if stream.start_time is None:
stream.start_time = now
for stream, (media_type, media_ip, media_port, media_direction, media_parameters) in zip(current_streams, media_list):
if stream.media_type != media_type:
raise ValueError('Media types do not match: "%s" and "%s"' % (stream.media_type, media_type))
if media_port == 0:
log.debug("Stream explicitly rejected: %s" % stream)
stream.cleanup("rejected")
continue
stream.check_hold(party, media_direction, media_ip)
party_info = getattr(stream, party)
party_info.uses_ice = (media_parameters.get("ice", "no") == "yes")
if party_info.remote_sdp is None or party_info.remote_sdp[0] == "0.0.0.0":
party_info.remote_sdp = (media_ip, media_port)
log.debug("Got initial answer from %s for stream: %s" % (party, stream))
else:
if party_info.remote_sdp[1] != media_port or (party_info.remote_sdp[0] != media_ip != '0.0.0.0'):
stream.reset(party, media_ip, media_port)
log.debug("Updated %s for stream: %s" % (party, stream))
else:
log.debug("Unchanged stream: %s" % stream)
if self.previous_cseq is not None:
for stream in [stream for stream in self.streams[self.previous_cseq] if stream not in current_streams]:
log.debug("Removing old stream: %s" % stream)
stream.cleanup()
else:
log.debug("Received old CSeq %d:%d, ignoring" % cseq)
def __trace__(cls, message, *args):
if cls.__tracing__ == log.level.INFO:
log.info(message % args)
elif cls.__tracing__ == log.level.DEBUG:
log.debug(message % args)
def handle_notification(notification):
log.debug("--- {0.name!s} from {0.sender!r} with data: {0.data!r}".format(notification))
def send(self, content, content_type='text/plain'):
log.debug("{0.name} encoding: {1!r}".format(self, content))
self.sent_message = content
content = self.otr_session.handle_output(content, content_type)
log.debug("{0.name} sending: {1!r}".format(self, content))
self.send_queue.put(content)
def put(self, project_name):
project = Project.query.filter_by(name=project_name).first()
command = request.args['command']
command_args = request.args.get('arguments')
if command_args is not None:
command_args = json.loads(command_args)
file = request.files['file']
# Get the value of the first (and only) result for the specified project setting
svn_password = next((setting.value for setting in project.settings
if setting.name == 'svn_password'))
svn_default_user = next((setting.value for setting in project.settings
if setting.name == 'svn_default_user'))
# We get the actual username from the http headers
svn_user = auth.username()
# If the setting does not exist, stop here and prevent any other operation
if not svn_password:
return make_response(
jsonify({'message': 'SVN missing password settings'}), 500)
if file and self.allowed_file(file.filename):
os.makedirs(project.upload_path, exist_ok=True)
local_client = svn.local.LocalClient(project.repository_path)
# TODO, add the merge operation to a queue. Later on, the request could stop here
# and all the next steps could be done in another loop, or triggered again via
# another request
filename = werkzeug.secure_filename(file.filename)
tmp_filepath = os.path.join(project.upload_path, filename)
file.save(tmp_filepath)
# TODO, once all files are uploaded, unpack and run the tasklist (copy, add, remove
# files on a filesystem level and subsequently as svn commands)
import zipfile
extract_tmp_dir = os.path.splitext(tmp_filepath)[0]
with open(tmp_filepath, 'rb') as zip_file:
zip_handle = zipfile.ZipFile(zip_file)
zip_handle.extractall(extract_tmp_dir)
del zip_file, zip_handle
del zipfile
with open(os.path.join(extract_tmp_dir, '.bam_paths_remap.json'),
'r') as path_remap:
path_remap = json.load(path_remap)
import shutil
for src_file_path, dst_file_path in path_remap.items():
assert (os.path.exists(
os.path.join(extract_tmp_dir, src_file_path)))
src_file_path_abs = os.path.join(extract_tmp_dir,
src_file_path)
dst_file_path_abs = os.path.join(project.repository_path,
dst_file_path)
os.makedirs(os.path.dirname(dst_file_path_abs), exist_ok=True)
shutil.move(src_file_path_abs, dst_file_path_abs)
# TODO, dry run commit (using commit message)
# Seems not easily possible with SVN, so we might just smartly use svn status
result = local_client.run_command(
'status', [local_client.info()['entry_path'], '--xml'],
combine=True)
# We parse the svn status xml output
root = xml.etree.ElementTree.fromstring(result)
# Loop throught every entry reported by the svn status command
for e in root.iter('entry'):
file_path = e.attrib['path']
item_status = e.find('wc-status').attrib['item']
# We add each unversioned file to SVN
if item_status == 'unversioned':
result = local_client.run_command('add', [
file_path,
])
with open(os.path.join(extract_tmp_dir, '.bam_paths_ops.json'),
'r') as path_ops:
path_ops = json.load(path_ops)
log.debug(path_ops)
for file_path, operation in path_ops.items():
# TODO(fsiddi), collect all file paths and remove after
if operation == 'D':
file_path_abs = os.path.join(project.repository_path,
file_path)
assert (os.path.exists(file_path_abs))
result = local_client.run_command('rm', [
file_path_abs,
])
# Commit command
result = local_client.run_command('commit', [
local_client.info()['entry_path'], '--no-auth-cache',
'--message', command_args['message'], '--username', svn_user,
'--password', svn_password
],
combine=True)
return jsonify(message=result)
else:
return jsonify(message='File not allowed')
def buildProtocol(self, addr):
ip = addr.host
log.debug("Connection from relay at %s" % ip)
prot = Factory.buildProtocol(self, addr)
prot.ip = ip
return prot
def _do_cleanup(self, ip):
log.debug("Doing cleanup for old relay %s" % ip)
del self.cleanup_timers[ip]
for call_id in [call_id for call_id, session in self.sessions.items() if session.relay_ip == ip]:
del self.sessions[call_id]
def connectionLost(self, reason):
log.debug("Connection to %s lost: %s" %
(self.description, reason.value))
self.factory.connection_lost(self)
def send(self, content, content_type='text/plain'):
log.debug("{0.name} encoding: {1!r}".format(self, content))
self.sent_message = content
content = self.otr_session.handle_output(content, content_type)
log.debug("{0.name} sending: {1!r}".format(self, content))
self.send_queue.put(content)
def debug(self, message, **context):
log.debug(self.prefix+message, **context)
def connectionMade(self, connector):
self.connection = connector.transport
self.connection.protocol._request_queue.extend(self.__unsent_req)
for req in self.__unsent_req:
log.debug('Re-queueing request for the rating engine: %s', req)
self.__unsent_req.clear()
def put(self, project_name):
project = Project.query.filter_by(name=project_name).first()
command = request.args['command']
command_args = request.args.get('arguments')
if command_args is not None:
command_args = json.loads(command_args)
file = request.files['file']
# Get the value of the first (and only) result for the specified project setting
svn_password = next((setting.value
for setting in project.settings
if setting.name == 'svn_password'))
svn_default_user = next((setting.value
for setting in project.settings
if setting.name == 'svn_default_user'))
# We get the actual username from the http headers
svn_user = auth.username()
# If the setting does not exist, stop here and prevent any other operation
if not svn_password:
return make_response(jsonify(
{'message': 'SVN missing password settings'}), 500)
if file and self.allowed_file(file.filename):
os.makedirs(project.upload_path, exist_ok=True)
local_client = svn.local.LocalClient(project.repository_path)
# TODO, add the merge operation to a queue. Later on, the request could stop here
# and all the next steps could be done in another loop, or triggered again via
# another request
filename = werkzeug.secure_filename(file.filename)
tmp_filepath = os.path.join(project.upload_path, filename)
file.save(tmp_filepath)
# TODO, once all files are uploaded, unpack and run the tasklist (copy, add, remove
# files on a filesystem level and subsequently as svn commands)
import zipfile
extract_tmp_dir = os.path.splitext(tmp_filepath)[0]
with open(tmp_filepath, 'rb') as zip_file:
zip_handle = zipfile.ZipFile(zip_file)
zip_handle.extractall(extract_tmp_dir)
del zip_file, zip_handle
del zipfile
with open(os.path.join(extract_tmp_dir, '.bam_paths_remap.json'), 'r') as path_remap:
path_remap = json.load(path_remap)
import shutil
for src_file_path, dst_file_path in path_remap.items():
assert(os.path.exists(os.path.join(extract_tmp_dir, src_file_path)))
src_file_path_abs = os.path.join(extract_tmp_dir, src_file_path)
dst_file_path_abs = os.path.join(project.repository_path, dst_file_path)
os.makedirs(os.path.dirname(dst_file_path_abs), exist_ok=True)
shutil.move(src_file_path_abs, dst_file_path_abs)
# TODO, dry run commit (using commit message)
# Seems not easily possible with SVN, so we might just smartly use svn status
result = local_client.run_command('status',
[local_client.info()['entry_path'], '--xml'],
combine=True)
# We parse the svn status xml output
root = xml.etree.ElementTree.fromstring(result)
# Loop throught every entry reported by the svn status command
for e in root.iter('entry'):
file_path = e.attrib['path']
item_status = e.find('wc-status').attrib['item']
# We add each unversioned file to SVN
if item_status == 'unversioned':
result = local_client.run_command('add',
[file_path, ])
with open(os.path.join(extract_tmp_dir, '.bam_paths_ops.json'), 'r') as path_ops:
path_ops = json.load(path_ops)
log.debug(path_ops)
for file_path, operation in path_ops.items():
# TODO(fsiddi), collect all file paths and remove after
if operation == 'D':
file_path_abs = os.path.join(project.repository_path, file_path)
assert(os.path.exists(file_path_abs))
result = local_client.run_command('rm',
[file_path_abs, ])
# Commit command
result = local_client.run_command('commit',
[local_client.info()['entry_path'],
'--no-auth-cache',
'--message', command_args['message'],
'--username', svn_user,
'--password', svn_password],
combine=True)
return jsonify(message=result)
else:
return jsonify(message='File not allowed')
def inject_otr_message(self, message):
log.debug("{0.name} sending: {1!r}".format(self, message))
self.send_queue.put(message)
def update_media(self, cseq, to_tag, user_agent, media_list, is_downstream,
is_caller_cseq):
if self.cseq is None:
old_cseq = (0, 0)
else:
old_cseq = self.cseq
if is_caller_cseq:
cseq = (cseq, old_cseq[1])
if self.to_tag is None and to_tag is not None:
self.to_tag = to_tag
else:
cseq = (old_cseq[0], cseq)
if is_downstream:
party = "caller"
if self.caller_ua is None:
self.caller_ua = user_agent
else:
party = "callee"
if self.callee_ua is None:
self.callee_ua = user_agent
if self.cseq is None or cseq > self.cseq:
if not media_list:
return
log.debug("Received new SDP offer")
self.streams[cseq] = new_streams = []
if self.cseq is None:
old_streams = []
else:
old_streams = self.streams[self.cseq]
for media_type, media_ip, media_port, media_direction, media_parameters in media_list:
stream = None
for old_stream in old_streams:
old_remote = getattr(old_stream, party).remote_sdp
if old_remote is not None:
old_ip, old_port = old_remote
else:
old_ip, old_port = None, None
if old_stream.is_alive and old_stream.media_type == media_type and (
(media_ip, media_port) in ((old_ip, old_port),
('0.0.0.0', old_port),
(old_ip, 0))):
stream = old_stream
stream.check_hold(party, media_direction, media_ip)
log.debug("Found matching existing stream: %s" %
stream)
break
if stream is None:
stream = MediaStream(self, media_type, media_ip,
media_port, media_direction,
media_parameters, party)
log.debug("Added new stream: %s" % stream)
if media_port == 0:
stream.cleanup()
log.debug("Stream explicitly closed: %s" % stream)
new_streams.append(stream)
if self.previous_cseq is not None:
for stream in self.streams[self.previous_cseq]:
if stream not in self.streams[self.cseq] + new_streams:
stream.cleanup()
self.previous_cseq = self.cseq
self.cseq = cseq
elif self.cseq == cseq:
log.debug("Received updated SDP answer")
now = time()
if self.start_time is None:
self.start_time = now
current_streams = self.streams[cseq]
for stream in current_streams:
if stream.start_time is None:
stream.start_time = now
if to_tag is not None and not media_list:
return
if len(media_list) < len(current_streams):
for stream in current_streams[len(media_list):]:
log.debug(
"Stream rejected by not being included in the SDP answer: %s"
% stream)
stream.cleanup("rejected")
if stream.start_time is None:
stream.start_time = now
for stream, (media_type, media_ip, media_port, media_direction,
media_parameters) in zip(current_streams, media_list):
if stream.media_type != media_type:
raise ValueError(
'Media types do not match: "%s" and "%s"' %
(stream.media_type, media_type))
if media_port == 0:
log.debug("Stream explicitly rejected: %s" % stream)
stream.cleanup("rejected")
continue
stream.check_hold(party, media_direction, media_ip)
party_info = getattr(stream, party)
party_info.uses_ice = (media_parameters.get("ice",
"no") == "yes")
if party_info.remote_sdp is None or party_info.remote_sdp[
0] == "0.0.0.0":
party_info.remote_sdp = (media_ip, media_port)
log.debug("Got initial answer from %s for stream: %s" %
(party, stream))
else:
if party_info.remote_sdp[1] != media_port or (
party_info.remote_sdp[0] != media_ip != '0.0.0.0'):
stream.reset(party, media_ip, media_port)
log.debug("Updated %s for stream: %s" %
(party, stream))
else:
log.debug("Unchanged stream: %s" % stream)
if self.previous_cseq is not None:
for stream in [
stream for stream in self.streams[self.previous_cseq]
if stream not in current_streams
]:
log.debug("Removing old stream: %s" % stream)
stream.cleanup()
else:
log.debug("Received old CSeq %d:%d, ignoring" % cseq)
def connectionLost(self, reason):
log.debug("Connection to %s lost: %s" % (self.description, reason.value))
self.factory.connection_lost(self)
def buildProtocol(self, addr):
ip = addr.host
log.debug("Connection from relay at %s" % ip)
prot = Factory.buildProtocol(self, addr)
prot.ip = ip
return prot
def inject_otr_message(self, message):
log.debug("{0.name} sending: {1!r}".format(self, message))
self.send_queue.put(message)
def handle_notification(notification):
log.debug("--- {0.name!s} from {0.sender!r} with data: {0.data!r}".format(notification))
def _handle_event(self, event):
networks = self.networks
role_map = ThorEntitiesRoleMap(
event.message
) # mapping between role names and lists of nodes with that role
role = 'rating_server'
try:
network = networks[role]
except KeyError:
from thor import network as thor_network
network = thor_network.new(ThorNodeConfig.multiply)
networks[role] = network
else:
first_run = False
ips = []
for node in role_map.get(role, []):
if isinstance(node.ip, bytes):
ips.append(node.ip.decode('utf-8'))
else:
ips.append(node.ip)
nodes = []
for node in network.nodes:
if isinstance(node, bytes):
nodes.append(node.decode('utf-8'))
else:
nodes.append(node)
new_nodes = set(ips)
old_nodes = set(nodes)
# old_nodes = set(network.nodes)
added_nodes = new_nodes - old_nodes
removed_nodes = old_nodes - new_nodes
if added_nodes:
log.debug('added nodes: %s', added_nodes)
for node in added_nodes:
if isinstance(node, str):
network.add_node(node.encode())
address = RatingEngineAddress(node)
else:
network.add_node(node)
address = RatingEngineAddress(node.decode())
self.rating_connections[address] = RatingEngine(address)
plural = 's' if len(added_nodes) != 1 else ''
# log.info('Added rating node%s: %s', plural, ', '.join(added_nodes))
added_nodes_str = [node for node in added_nodes]
log.info("added %s node%s: %s" %
(role, plural, ', '.join(added_nodes_str)))
if removed_nodes:
log.debug('removed nodes: %s', removed_nodes)
for node in removed_nodes:
if isinstance(node, str):
network.remove_node(node.encode())
address = RatingEngineAddress(node)
else:
network.remove_node(node)
address = RatingEngineAddress(node.decode())
self.rating_connections[address].shutdown()
del self.rating_connections[address]
plural = 's' if len(removed_nodes) != 1 else ''
# log.info('Removed rating node%s: %s', plural, ', '.join(removed_nodes))
removed_nodes_str = [node for node in removed_nodes]
log.info("removed %s node%s: %s" %
(role, plural, ', '.join(removed_nodes_str)))
