def _initClientService(self, connection, params):
p = self._prepareParams(params)
logger.debug("create protocol service %r, params %r", connection, p)
factory = self.buildClientFactory(p)
endpoint = self.buildClientEndpoint(p)
service = self.buildClientService(endpoint, factory, p)
service.setName(connection)
service.setServiceParent(self)
def _initClientService(self, connection, params):
p = self._prepareParams(params)
logger.debug("create protocol service %r, params %r", connection, p)
factory = self.buildClientFactory(p)
endpoint = self.buildClientEndpoint(p)
service = self.buildClientService(endpoint, factory, p)
service.setName(connection)
service.setServiceParent(self)
def getService():
from twisted.application import service
#Return the container service actual services are added when later when get
#result from database
amiService = service.MultiService()
amiService.setName("AMIService")
df = DialerFactory(1, aminame, amidomain, amiaddr, 100, 1, 10)
serverList.append(df)
service = internet.TCPClient(amiaddr, amiport, df, timeout=5)
service.setName('flexvmAMI')
amiService.addService(service)
return amiService
def createService(endpoint, role, endpoint_config):
if role == 'bouncer':
factory = OONIBouncer()
elif role == 'collector':
factory = OONICollector()
elif role == 'web_connectivity':
factory = http_helpers.WebConnectivityHelper
else:
raise Exception("unknown service type")
service = internet.StreamServerEndpointService(endpoint, factory)
service.setName("-".join([endpoint_config['type'], role]))
return service
def createService(endpoint, role, endpoint_config):
if role == "bouncer":
factory = OONIBouncer()
elif role == "collector":
factory = OONICollector()
elif role == "web_connectivity":
factory = http_helpers.WebConnectivityHelper
else:
raise Exception("unknown service type")
service = internet.StreamServerEndpointService(endpoint, factory)
service.setName("-".join([endpoint_config["type"], role]))
return service
def helper(name, config, transport_names):
# Helper closure passed to / called by L{_loadItemsFromConfig}
# This will keep track of configured transports in transport_names
# and set up a transport if applicable
transport_names.add(name)
# If this transport (or another with this name, which would be a
# configuration error) is already registered, just ignore this
# configuration item
if name in self.registered_transports:
return None
log.msg('[CONTROLLER] Configuring transport %s' % name)
# Create a transport (L{ITransport}) using the given configuration
transport = self.loadTransport(name, config)
# If the transport is an L{IServerTransport}...
if IServerTransport.providedBy(transport):
# Create a L{twisted.application.service.IService} from it
# using settings provided in C{config}. This is *not* an
# applicationserver service but a Twisted service, ie a
# server handling incoming requests on a given socket.
service = self.hookTransport(transport, config)
# Set the IService name
service.setName(name)
# Set the IService parent to our MultiTransport
service.setServiceParent(self.transports)
# Parse the transport settings again so we can set up an
# L{ITransportInfo} object for this transport
port_info = strports.parse(config['transport'], transport)
transport_info = transport.getTransportInfo(name, port_info)
# Store the L{ITransportInfo}
self.transport_info_map[name] = transport_info
# Finally return the service
return service
else:
# Set up the L{ITransportInfo} for the transport
transport_info = transport.getTransportInfo(name)
# Save it
self.transport_info_map[name] = transport_info
# And return it. We don't know how to handle this further,
# since this is not an L{IServerTransport}, most likely the
# 'mail' transport.
return transport
def helper(name, config, transport_names):
# Helper closure passed to / called by L{_loadItemsFromConfig}
# This will keep track of configured transports in transport_names
# and set up a transport if applicable
transport_names.add(name)
# If this transport (or another with this name, which would be a
# configuration error) is already registered, just ignore this
# configuration item
if name in self.registered_transports:
return None
log.msg('[CONTROLLER] Configuring transport %s' % name)
# Create a transport (L{ITransport}) using the given configuration
transport = self.loadTransport(name, config)
# If the transport is an L{IServerTransport}...
if IServerTransport.providedBy(transport):
# Create a L{twisted.application.service.IService} from it
# using settings provided in C{config}. This is *not* an
# applicationserver service but a Twisted service, ie a
# server handling incoming requests on a given socket.
service = self.hookTransport(transport, config)
# Set the IService name
service.setName(name)
# Set the IService parent to our MultiTransport
service.setServiceParent(self.transports)
# Parse the transport settings again so we can set up an
# L{ITransportInfo} object for this transport
port_info = strports.parse(config['transport'], transport)
transport_info = transport.getTransportInfo(name, port_info)
# Store the L{ITransportInfo}
self.transport_info_map[name] = transport_info
# Finally return the service
return service
else:
# Set up the L{ITransportInfo} for the transport
transport_info = transport.getTransportInfo(name)
# Save it
self.transport_info_map[name] = transport_info
# And return it. We don't know how to handle this further,
# since this is not an L{IServerTransport}, most likely the
# 'mail' transport.
return transport
def addNamedService(self, name, service):
# to get this at runtime use service.getServiceNamed('service_name')
service.setName(name)
service.setServiceParent(self)
