def startService(self):
service.Service.startService(self)
self.print_version()
log.debug("broker init")
self.storage = storage.__dict__[self.config['broker']['storage'][0]](*self.config['broker']['storage'][1:])
self.usercache = usercache.__dict__[self.config['broker']['usercache'][0]](*self.config['broker']['usercache'][1:])
# estabilish a connection to the database
self.db = database.connect_config(self.config)
# datasource it will not be used if not needed
self.storage.set_datasource(self.db)
self.usercache.set_datasource(self.db)
# setup keyring
sdb = database.servers(self.db)
self.keyring = keyring.Keyring(sdb, self.fingerprint)
# create push notifications manager
if self.config['server']['push_notifications']:
log.debug("enabling push notifications support")
from push_notifications import PushNotifications
self.push_manager = PushNotifications(self.config, self.db)
# create listening service for clients
factory = InternalServerFactory(C2SServerProtocol, C2SChannel, self, self.config)
c2s_service = internet.TCPServer(port=self.config['server']['c2s.bind'][1],
factory=factory, interface=self.config['server']['c2s.bind'][0])
c2s_service.setServiceParent(self.parent)
# create listening service for servers (messages only)
factory = InternalServerFactory(S2SMessageServerProtocol, S2SMessageChannel, self, self.config)
s2s_service = internet.TCPServer(port=self.config['server']['s2s.bind'][1],
factory=factory, interface=self.config['server']['s2s.bind'][0])
s2s_service.setServiceParent(self.parent)
# create listening service for servers (notifications and requests)
protocol = S2SRequestServerProtocol(self.config)
self.network = S2SRequestChannel(protocol, self)
s2s_service = internet.UDPServer(port=self.config['server']['s2s.bind'][1],
protocol=protocol, interface=self.config['server']['s2s.bind'][0])
s2s_service.setServiceParent(self.parent)
if self.push_manager:
self._push_init()
# old usercache entries purger
self._loop(self.config['broker']['usercache_purger.delay'], self._purge_usercache)
# expired/unknown messages purger
self._loop(self.config['broker']['message_purger.delay'], self._purge_messages, True)
# old validations entries purger
self._loop(self.config['broker']['validations.expire'], self._purge_validations, True)
def startService(self):
service.Service.startService(self)
if self.broker:
# daemon mode - print init message
log.debug("fileserver init")
self.storage = self.broker.storage
self.db = self.broker.db
self.keyring = self.broker.keyring
else:
# standalone - print version
self.print_version()
# create storage and database connection on our own
self.storage = storage.__dict__[self.config['broker']['storage'][0]](*self.config['broker']['storage'][1:])
self.db = database.connect_config(self.config)
self.storage.set_datasource(self.db)
self.keyring = keyring.Keyring(database.servers(self.db), str(self.config['server']['fingerprint']))
credFactory = utils.AuthKontalkTokenFactory(str(self.config['server']['fingerprint']), self.keyring)
# setup upload endpoint
portal = Portal(FileUploadRealm(self), [utils.AuthKontalkToken()])
resource = HTTPAuthSessionWrapper(portal, [credFactory])
self.putChild('upload', resource)
# setup download endpoint
portal = Portal(FileDownloadRealm(self), [utils.AuthKontalkToken()])
resource = HTTPAuthSessionWrapper(portal, [credFactory])
self.putChild('download', resource)
# setup serverlist endpoint
self.putChild('serverlist', ServerlistDownload(self))
# create http service
factory = server.Site(self)
fs_service = internet.TCPServer(port=self.config['server']['fileserver.bind'][1],
factory=factory, interface=self.config['server']['fileserver.bind'][0])
fs_service.setServiceParent(self.parent)
# old attachments entries purger
self._loop(self.config['fileserver']['attachments_purger.delay'], self._purge_attachments, True)
def startService(self):
service.Service.startService(self)
self.print_version()
log.debug("broker init")
self.storage = storage.__dict__[self.config['broker']['storage'][0]](
*self.config['broker']['storage'][1:])
self.usercache = usercache.__dict__[
self.config['broker']['usercache'][0]](
*self.config['broker']['usercache'][1:])
# estabilish a connection to the database
self.db = database.connect_config(self.config)
# datasource it will not be used if not needed
self.storage.set_datasource(self.db)
self.usercache.set_datasource(self.db)
# setup keyring
sdb = database.servers(self.db)
self.keyring = keyring.Keyring(sdb, self.fingerprint)
# create push notifications manager
if self.config['server']['push_notifications']:
log.debug("enabling push notifications support")
from push_notifications import PushNotifications
self.push_manager = PushNotifications(self.config, self.db)
# create listening service for clients
factory = InternalServerFactory(C2SServerProtocol, C2SChannel, self,
self.config)
c2s_service = internet.TCPServer(
port=self.config['server']['c2s.bind'][1],
factory=factory,
interface=self.config['server']['c2s.bind'][0])
c2s_service.setServiceParent(self.parent)
# create listening service for servers (messages only)
factory = InternalServerFactory(S2SMessageServerProtocol,
S2SMessageChannel, self, self.config)
s2s_service = internet.TCPServer(
port=self.config['server']['s2s.bind'][1],
factory=factory,
interface=self.config['server']['s2s.bind'][0])
s2s_service.setServiceParent(self.parent)
# create listening service for servers (notifications and requests)
protocol = S2SRequestServerProtocol(self.config)
self.network = S2SRequestChannel(protocol, self)
s2s_service = internet.UDPServer(
port=self.config['server']['s2s.bind'][1],
protocol=protocol,
interface=self.config['server']['s2s.bind'][0])
s2s_service.setServiceParent(self.parent)
if self.push_manager:
self._push_init()
# old usercache entries purger
self._loop(self.config['broker']['usercache_purger.delay'],
self._purge_usercache)
# expired/unknown messages purger
self._loop(self.config['broker']['message_purger.delay'],
self._purge_messages, True)
# old validations entries purger
self._loop(self.config['broker']['validations.expire'],
self._purge_validations, True)