def __init__(self, apserver, name=None, host="0.0.0.0", port=22555, index=-1, device_id=None):
MultiService.__init__(self)
self.apserver = IAirPlayServer(apserver)
if device_id:
self.deviceid = device_id
else:
macstr = "%012X" % uuid.getnode()
self.deviceid = ''.join("%s:" % macstr[i:i + 2] for i in range(0, len(macstr), 2))[:-1]
# 0x77 instead of 0x07 in order to support AirPlay from ordinary apps;
# also means that the body for play will be a binary plist.
self.features = 0x77
self.model = "AppleTV2,1"
# create TCP server
TCPServer(port, self.create_site(), 100, interface=host).setServiceParent(self)
# create avahi service
if (name is None):
name = "Airplay Service on " + platform.node()
zconf = ZeroconfService(name, port=port, stype="_airplay._tcp",
text=["deviceid=" + self.deviceid, "features=" + hex(self.features), "model=" + self.model],
index=index)
zconf.setServiceParent(self)
# for logging
self.name_ = name
self.host = host
self.port = port
def __init__(self, ip_addr, sn_types=[], device_types=[], required_services=[]): # pylint: disable-msg=W0102
"""Initialize the service.
Arguments:
ip_addr -- IP address for listening services.
sn_types -- list of device and/or service types to look for in
UPnP notifications and responses; other types will
be ignored. "upnp:rootdevice" is automatically
tracked, and should not be in this list.
device_types -- list of interesting device types, used to filter
out devices based on their "deviceType" attribute.
An empty list means that all types are interesting.
required_services -- if non-empty, list of services that the device
must have for it to be considered
"""
MultiService.__init__(self)
self._builders = {}
self._devices = {}
self._ignored = []
self._sn_types = ['upnp:rootdevice'] + sn_types
self._dev_types = device_types
self._req_services = required_services
self._ip_addr = ip_addr
# create the UPnP listener service
UpnpService(self._datagram_handler, ip_addr).setServiceParent(self)
# create the periodic M-SEARCH request service
msearch = MSearchRequest(self._datagram_handler)
TimerService(DISCOVERY_INTERVAL, self._msearch_discover,
msearch).setServiceParent(self)
def __init__(self, kz_client, interval, partitioner_path, buckets,
time_boundary, log, got_buckets,
clock=None):
"""
:param log: a bound log
:param kz_client: txKazoo client
:param partitioner_path: ZooKeeper path, used for partitioning
:param buckets: iterable of buckets to distribute between
nodes. Ideally there should be at least as many elements as nodes
taking part in this partitioner. This should be a sequence of str.
:param time_boundary: time to wait for partitioning to stabilize.
:param got_buckets: Callable which will be called with a list of
buckets when buckets have been allocated to this node.
:param clock: clock to use for checking the buckets on an interval.
"""
MultiService.__init__(self)
self.kz_client = kz_client
self.partitioner_path = partitioner_path
self.buckets = buckets
self.log = log
self.got_buckets = got_buckets
self.time_boundary = time_boundary
ts = TimerService(interval, self.check_partition)
ts.setServiceParent(self)
ts.clock = clock
self._old_buckets = []
def makeService(self, options):
if not os.path.isfile(options['config']):
raise ConfigNotFoundException()
config = yaml.load(open(options['config']), OrderedDictYAMLLoader)
self.processProtocol = processProtocol = protocol.ProcessProtocol()
reactor.spawnProcess(processProtocol, config['config']['udpxy'],
args=[config['config']['udpxy'],
'-T',
'-m', config['config']['iptv_if'],
'-p', str(config['config']['udpxy_port']),
'-a', '127.0.0.1',
'-c', '10'])
from tidaltv.server import TidalTVServer
tidaltvserver = TidalTVServer(configfile=config, use_ssl=os.path.isfile(config['config']['ssl']))
if config['config']['broadcast_keepalive']:
from tidaltv.broadcast import KeepAliver
keepaliver = KeepAliver(config, tidaltvserver.channel_watchers)
site = server.Site(tidaltvserver)
ms = MultiService()
tidaltvport = int(config['config']['port'])
if os.path.isfile(config['config']['ssl']):
from OpenSSL import SSL
ms.addService(internet.SSLServer(tidaltvport, site,
ServerContextFactory(config['config']['ssl'])))
else:
ms.addService(internet.TCPServer(tidaltvport, site))
return ms
def stopService(self):
"""
Stop all child services, then stop the subprocess, if it's running.
"""
if self.delayedShutdown:
# We're still in the process of initializing the database, so
# delay shutdown until the shutdownDeferred fires.
d = self.shutdownDeferred = Deferred()
d.addCallback(lambda ignored: MultiService.stopService(self))
else:
d = MultiService.stopService(self)
def superStopped(result):
# If pg_ctl's startup wasn't successful, don't bother to stop the
# database. (This also happens in command-line tools.)
if self.shouldStopDatabase:
monitor = _PostgresMonitor()
pgCtl = self.pgCtl()
# FIXME: why is this 'logfile' and not self.logfile?
self.reactor.spawnProcess(monitor, pgCtl,
[pgCtl, '-l', 'logfile', 'stop'],
env=self.env, path=self.workingDir.path,
uid=self.uid, gid=self.gid,
)
return monitor.completionDeferred
return d.addCallback(superStopped)
def makeService(self, options):
tracker_service = MultiService()
tracker_service.setName("Trustchain Crawler")
def run():
crypto = ECCrypto()
dispersy = Dispersy(StandaloneEndpoint(options["port"], options["ip"]),
options["statedir"],
u'dispersy.db',
crypto)
if not dispersy.start():
raise RuntimeError("Unable to start Dispersy")
master_member = TriblerChainCommunityCrawler.get_master_members(dispersy)[0]
my_member = dispersy.get_member(private_key=crypto.key_to_bin(crypto.generate_key(u"curve25519")))
TriblerChainCommunityCrawler.init_community(dispersy, master_member, my_member)
self._stopping = False
def signal_handler(sig, frame):
msg("Received signal '%s' in %s (shutting down)" % (sig, frame))
if not self._stopping:
self._stopping = True
dispersy.stop().addCallback(lambda _: reactor.stop())
signal.signal(signal.SIGINT, signal_handler)
signal.signal(signal.SIGTERM, signal_handler)
reactor.exitCode = 0
reactor.callWhenRunning(run)
return tracker_service
def startService(self):
MultiService.startService(self)
def _set_api_endpoint(port):
endpoint = client_endpoint_from_address(port.getHost())
if endpoint is not None:
self.config.api_client_endpoint = endpoint
return None
def _stop_reactor(failure):
self.config.api_client_endpoint = None
self._run_deferred.errback(failure)
return None
observe = self._listen_endpoint.observe()
observe.addCallback(_set_api_endpoint)
observe.addErrback(_stop_reactor)
ds = [observe]
for magic_folder in self._iter_magic_folder_services():
ds.append(magic_folder.ready())
# double-check that our api-endpoint exists properly in the "output" file
self.config._write_api_client_endpoint()
# The integration tests look for this message. You cannot get rid of
# it (without also changing the tests).
self.log.info("Completed initial Magic Folder setup", )
self._starting = gatherResults(ds)
def __init__(self):
MultiService.__init__(self)
# Init pilots service --------------------------------------------------
from minic.service.pilots import PilotsService
pilots = PilotsService()
pilots.setServiceParent(self)
# Init objects service -------------------------------------------------
from minic.service.objects import ObjectsService
objects = ObjectsService()
objects.setServiceParent(self)
# Init missions service ------------------------------------------------
from minic.service.missions import MissionsService
log_watcher = LogWatchingService()
missions = MissionsService(log_watcher)
log_parser = EventLogParser((pilots, objects, missions, ))
log_watcher.set_parser(log_parser)
missions.setServiceParent(self)
# Init console and DeviceLink parsers ----------------------------------
console_parser = ConsoleParser((pilots, missions, ))
device_link_parser = DeviceLinkParser()
log_parser = EventLogParser((pilots, objects, missions, ))
# Group parsers and services -------------------------------------------
self.parsers = namedtuple(
'commander_parsers', ['console', 'device_link', 'log'])(
console_parser, device_link_parser, log_parser)
self.services = namedtuple(
'commander_services', ['pilots', 'objects', 'missions'])(
pilots, objects, missions)
def __init__(self, config=None):
MultiService.__init__(self)
self.config = config
# Create a tasks queue
self.tasks = Tasks()
self.tasks.setServiceParent(self)
def __init__(self, logger, cbdata, webdata=None, debug=False, isExe=False):
MultiService.__init__(self)
self.logger = logger
self.cbdata = cbdata
self.webdata = webdata
self.debug = debug
self.isExe = isExe
def startService(self):
# create WebSocket echo service and make it a child of our app service
svc = EchoService(self.port)
svc.setName("EchoService")
svc.setServiceParent(self)
MultiService.startService(self)
def __init__(self, ssl_cert, ssl_key, ssl_cert_chain, ssl_port,
dest_host, dest_port, server_name, status_port):
""" Create a rageServerService.
@param ssl_cert: the certificate text.
@param ssl_key: the key text.
@param ssl_port: the port to listen on with ssl.
@param dest_host: destination hostname.
@param dest_port: destination port.
@param server_name: name of this server.
"""
MultiService.__init__(self)
self.heartbeat_writer = None
if server_name is None:
server_name = "anonymous_instance"
self.server_name = server_name
self.factory = SSLProxyFactory(ssl_port, dest_host, dest_port,
self.server_name)
ssl_context_factory = ProxyContextFactory(ssl_cert, ssl_key,
ssl_cert_chain)
self.ssl_service = SSLServer(ssl_port, self.factory,
ssl_context_factory)
self.ssl_service.setName("SSL")
self.ssl_service.setServiceParent(self)
# setup the status service
self.status_service = create_status_service(self.factory, status_port)
self.status_service.setServiceParent(self)
# disable ssl compression
if config.ssl_proxy.disable_ssl_compression:
disable_ssl_compression(logger)
def __init__(self,
kz_client,
interval,
partitioner_path,
buckets,
time_boundary,
log,
got_buckets,
clock=None):
"""
:param log: a bound log
:param kz_client: txKazoo client
:param partitioner_path: ZooKeeper path, used for partitioning
:param buckets: iterable of buckets to distribute between
nodes. Ideally there should be at least as many elements as nodes
taking part in this partitioner. This should be a sequence of str.
:param time_boundary: time to wait for partitioning to stabilize.
:param got_buckets: Callable which will be called with a list of
buckets when buckets have been allocated to this node.
:param clock: clock to use for checking the buckets on an interval.
"""
MultiService.__init__(self)
self.kz_client = kz_client
self.partitioner_path = partitioner_path
self.buckets = buckets
self.log = log
self.got_buckets = got_buckets
self.time_boundary = time_boundary
ts = TimerService(interval, self.check_partition)
ts.setServiceParent(self)
ts.clock = clock
self._old_buckets = []
def __init__(self, shared_path, server_name, server_path, jar_file=None):
MultiService.__init__(self)
self.shared_path = shared_path
self.server_name = server_name
self.server_path = server_path
self.jar_file = jar_file
self.players = set()
def __init__(
self, dataStoreDirectory, subServiceFactory,
dsnUser=None,
testMode=False,
reactor=None,
):
"""
Initialize a L{OracleService} pointed at a data store directory.
@param dataStoreDirectory: the directory to
@type dataStoreDirectory: L{twext.python.filepath.CachingFilePath}
@param subServiceFactory: a 1-arg callable that will be called with a
1-arg callable which returns a DB-API cursor.
@type subServiceFactory: C{callable}
"""
MultiService.__init__(self)
self.subServiceFactory = subServiceFactory
self.dataStoreDirectory = dataStoreDirectory
self.workingDir = self.dataStoreDirectory.child("working")
self.dsnUser = dsnUser
self.testMode = testMode
self._reactor = reactor
def __init__(self, parser):
MultiService.__init__(self)
NamedComponentized.__init__(self, parser.parse_args().game)
if not self.config.verbose:
HTTPClientFactory.noisy = False
registerGlobal(self, IClient)
self.addService(IWebWorld(self))
def __init__(self, settings=None, channel=None):
MultiService.__init__(self)
# Make channel object from application settings configuration object
self.setupChannel(channel=channel)
# Shortcut to global settings
self.config = settings
if not 'port' in self.config['grafana']:
self.config['grafana']['port'] = '3000'
name = self.__class__.__name__
log.info('Starting GrafanaManager "{}". grafana={}:{}'.format(
name,
self.config['grafana']['host'],
self.config['grafana']['port']))
# Initialize key cache
# Utility functions for remembering whether the dashboard has been created already.
# This is important as we would otherwise talk to Grafana for each ingress measurement (on each hit).
self.keycache = KeyCache()
# Boot further child services
self.boot_workers()
# Connect to Grafana API
self.connect()
def __init__(self, config):
MultiService.__init__(self)
import os
from bouser.utils import safe_traverse
from twisted.internet import reactor
from twisted.application import strports
from bouser.web.resource import DefaultRootResource
from bouser.web.site import BouserSite
from bouser.proxied_logger import proxiedLogFormatter
root_resource = DefaultRootResource()
current_dir = os.path.dirname(__file__)
site = BouserSite(
root_resource,
static_path=safe_traverse(config, 'static-path', default=os.path.join(current_dir, 'static')),
template_path=safe_traverse(config, 'template-path', default=os.path.join(current_dir, 'templates')),
logFormatter=proxiedLogFormatter)
description = config.get('strport', 'tcp:%s:interface=%s' % (
config.get('port', 5000),
config.get('host', '127.0.0.1')
))
self.cors_domain = config.get('cors-domain', 'http://127.0.0.1:5000/')
allowed_domains = set(filter(None, config.get('allowed-domains', '').replace(',', ' ').split(' ')))
self.allowed_domains = set(allowed_domains) | {self.cors_domain}
service = strports.service(description, site, reactor=reactor)
service.setServiceParent(self)
self.root_resource = root_resource
self.site = site
self.service = service
def __init__(self):
MultiService.__init__(self)
# Init shared storage which is used to share information about server
# to the ouside world
self.shared_storage = get_storage()
# Init pilots service
from commander.service.pilots import PilotService
self.pilots = PilotService()
self.pilots.setServiceParent(self)
# Init objects service
from commander.service.objects import ObjectsService
self.objects = ObjectsService()
self.objects.setServiceParent(self)
# Init missions service with log watcher
from commander.service.missions import MissionService
log_watcher = LogWatchingService(settings.IL2_EVENTS_LOG_PATH)
self.missions = MissionService(log_watcher)
self.log_parser = EventLogParser(
(self.pilots, self.objects, self.missions, ))
log_watcher.set_parser(self.log_parser)
self.missions.setServiceParent(self)
# Init console and DeviceLink parsers
self.console_parser = ConsoleParser((self.pilots, self.missions, ))
self.dl_parser = DeviceLinkParser()
def __init__(self, parser):
MultiService.__init__(self)
NamedComponentized.__init__(self, parser.parse_args().game)
if not self.config.verbose:
HTTPClientFactory.noisy = False
registerGlobal(self, IClient)
self.addService(IWebWorld(self))
def startService(self) -> None:
options = self._options
server_directory = options.get('servdir') or 'my_cipolla_server'
server_directory = os.path.expanduser(server_directory)
cfgfile = options.get('config-file') or 'cipolla.cfg'
# if not len(logging._handlers):
# logging.basicConfig()
if not os.path.exists(server_directory):
fatal(
"The specified server directory, {!r}, does not exist. Use the -i flag to create it."
.format(server_directory))
os.chdir(server_directory)
logger.info("Using server directory; {!r}".format(
os.path.abspath(os.curdir)))
ConfigManager(cfgfile)
cipolla = CipollaServer()
cipolla.root_service.setServiceParent(self)
MultiService.startService(self)
logger.cipolla_event("Server started.") # type: ignore
def __init__(self, options):
MultiService.__init__(self)
self.options = options
self.config = {}
self.common_config = {}
self.modules = {}
self.fail = False
class TestServicesBase:
run_tests_with = AsynchronousDeferredRunTest.make_factory(timeout=5)
def setUp(self):
super(TestServicesBase, self).setUp()
self.observers = theLogPublisher.observers[:]
self.services = MultiService()
self.services.privilegedStartService()
self.services.startService()
def tearDown(self):
super(TestServicesBase, self).tearDown()
d = self.services.stopService()
# The log file must be read in right after services have stopped,
# before the temporary directory where the log lives is removed.
d.addBoth(lambda ignore: self.addDetailFromLog())
d.addBoth(lambda ignore: self.assertNoObserversLeftBehind())
return d
def addDetailFromLog(self):
content = content_from_file(self.log_filename, buffer_now=True)
self.addDetail("log", content)
def assertNoObserversLeftBehind(self):
self.assertEqual(self.observers, theLogPublisher.observers)
def __init__(self, options):
MultiService.__init__(self)
self.options = options
self.config = {}
self.common_config = {}
self.modules = []
self.fail = False
def makeService(self, options):
if options['data-dir'] != None:
if not os.access(options['data-dir'], os.X_OK | os.W_OK):
raise core.SmapException("Cannot access " + options['data-dir'])
smapconf.SERVER['DataDir'] = options['data-dir']
inst = loader.load(options['conf'])
# override defaults with command-line args
smapconf.SERVER.update(dict([(k.lower(), v) for (k, v) in
options.iteritems() if v != None]))
if 'SuggestThreadPool' in smapconf.SERVER:
reactor.suggestThreadPoolSize(int(smapconf.SERVER['SuggestThreadPool']))
inst.start()
reactor.addSystemEventTrigger('before', 'shutdown', inst.stop)
site = getSite(inst, docroot=smapconf.SERVER['docroot'])
service = MultiService()
# add HTTP and HTTPS servers to the twisted multiservice
if 'port' in smapconf.SERVER:
service.addService(internet.TCPServer(int(smapconf.SERVER['port']), site))
if 'sslport' in smapconf.SERVER:
service.addService(internet.SSLServer(int(smapconf.SERVER['sslport']),
site,
SslServerContextFactory(smapconf.SERVER)))
return service
def __init__(self, application):
# The following doesnt work because twisted uses old style classes
# super(ClientControlService, self).__init__()
MultiService.__init__(self)
self.application = application
self.data = []
def __init__(self, config_file):
MultiService.__init__(self)
self.config_file = SafeConfigParser()
self.config_file.readfp(open(config_file))
self.config = None
def startService(self):
global configurations, expectations
print "Loaded configurations: " + str(configurations)
reload(sys)
sys.setdefaultencoding('utf8')
Expectations.display(expectations)
MultiService.startService(self)
class MHubApp(object):
"""
Core application container responsible for managing and running of configured plugins.
:param cfg: Application configuration dictionary
:type cfg: dict.
"""
def __init__(self, cfg=None):
"""
Constructor
"""
self.cfg = cfg or dict()
self.logger = logging.getLogger("app")
self.reactor = reactor
self.root_service = MultiService()
self.service = MHubService(self.cfg, self.reactor, self)
self.application = Application("mhub")
self.root_service.setServiceParent(self.application)
def get_application(self):
"""
Get the Twisted application object.
:returns: Application
"""
return self.application
def __init__(self, settings=None, channel=None):
MultiService.__init__(self)
# Make channel object from application settings configuration object
self.setupChannel(channel=channel)
# Shortcut to global settings
self.config = settings
if not 'port' in self.config['grafana']:
self.config['grafana']['port'] = '3000'
name = self.__class__.__name__
log.info('Starting GrafanaManager "{}". grafana={}:{}'.format(
name, self.config['grafana']['host'],
self.config['grafana']['port']))
# Initialize key cache
# Utility functions for remembering whether the dashboard has been created already.
# This is important as we would otherwise talk to Grafana for each ingress measurement (on each hit).
self.keycache = KeyCache()
# Boot further child services
self.boot_workers()
# Connect to Grafana API
self.connect()
def __init__(self, **options):
MultiService.__init__(self)
address = ('gpcm.gamespy.com', 29900)
sFact = MowLoginServerFactory()
#sFact = makeTCPFwdFactory('gamespy.gpcmCli', 'gamespy.gpcmSrv', makeRecv(ProxyClient), makeRecv(ProxyServer))(*address)
self.addService(TCPServer(address[1], sFact))
address = ('peerchat.gamespy.com', 6667)
sFact = ProxyPeerchatServerFactory(gameId, *address)
#sFact = makeTCPFwdFactory('gamespy.peerCli', 'gamespy.peerSrv', makeRecv(ProxyClient, True), makeRecv(ProxyServer, True))(*address)
self.addService(TCPServer(address[1], sFact))
address = ('%s.gamestats.gamespy.com' % (gameId, ), 29920)
sFact = makeTCPFwdFactory('gamespy.stat1cli', 'gamespy.stat1srv',
makeRecv(ProxyClient, True),
makeRecv(ProxyServer, True))(*address)
self.addService(TCPServer(address[1], sFact))
# ('menofwarpc.master.gamespy.com', 29910), # 29910 UDP is keycheck ('gamespy' xor), 27900 for gameinfo/natneg(?)
address = ('%s.master.gamespy.com' % (gameId, ), 28910)
sFact = makeTCPFwdFactory('gamespy.masterCli', 'gamespy.masterSrv',
makeRecv(ProxyClient, True),
makeRecv(ProxyServer, True))(*address)
#sFact = ProxyMasterServerFactory(gameId, *address)
self.addService(TCPServer(address[1], sFact))
def __attrs_post_init__(self):
MultiService.__init__(self)
if self.tahoe_client is None:
self.tahoe_client = create_tahoe_client(
self.config.tahoe_client_url,
HTTPClient(Agent(self.reactor)),
)
self._listen_endpoint = serverFromString(
self.reactor,
self.config.api_endpoint,
)
web_service = magic_folder_web_service(
self._listen_endpoint,
self.config,
self,
self._get_auth_token,
self.tahoe_client,
self.status_service,
)
web_service.setServiceParent(self)
# We can create the services for all configured folders right now.
# They won't do anything until they are started which won't happen
# until this service is started.
self._create_magic_folder_services()
def __init__(self, ssl_cert, ssl_key, ssl_cert_chain, ssl_port, dest_host,
dest_port, server_name, status_port):
""" Create a rageServerService.
@param ssl_cert: the certificate text.
@param ssl_key: the key text.
@param ssl_port: the port to listen on with ssl.
@param dest_host: destination hostname.
@param dest_port: destination port.
@param server_name: name of this server.
"""
MultiService.__init__(self)
self.heartbeat_writer = None
if server_name is None:
server_name = "anonymous_instance"
self.server_name = server_name
self.factory = SSLProxyFactory(ssl_port, dest_host, dest_port,
self.server_name)
ssl_context_factory = ProxyContextFactory(ssl_cert, ssl_key,
ssl_cert_chain)
self.ssl_service = SSLServer(ssl_port, self.factory,
ssl_context_factory)
self.ssl_service.setName("SSL")
self.ssl_service.setServiceParent(self)
# setup the status service
self.status_service = create_status_service(self.factory, status_port)
self.status_service.setServiceParent(self)
# disable ssl compression
if config.ssl_proxy.disable_ssl_compression:
disable_ssl_compression(logger)
def startService(self):
MultiService.startService(self)
clusterDir = self.dataStoreDirectory.child("cluster")
workingDir = self.dataStoreDirectory.child("working")
env = self.env = os.environ.copy()
env.update(PGDATA=clusterDir.path,
PGHOST=self.socketDir.path)
initdb = which("initdb")[0]
if not self.socketDir.isdir():
self.socketDir.createDirectory()
if self.uid and self.gid:
os.chown(self.socketDir.path, self.uid, self.gid)
if self.dataStoreDirectory.isdir():
self.startDatabase()
else:
self.dataStoreDirectory.createDirectory()
workingDir.createDirectory()
if self.uid and self.gid:
os.chown(self.dataStoreDirectory.path, self.uid, self.gid)
os.chown(workingDir.path, self.uid, self.gid)
dbInited = Deferred()
reactor.spawnProcess(
CapturingProcessProtocol(dbInited, None),
initdb, [initdb], env, workingDir.path,
uid=self.uid, gid=self.gid,
)
def doCreate(result):
self.startDatabase()
dbInited.addCallback(doCreate)
def __init__(self, **options):
MultiService.__init__(self)
self.addService(
TCPServer(
options['port'],
PeerchatProxyServerFactory(options['game'], options['host'],
6667)))
def stopService(self):
"""
Stop all child services, then stop the subprocess, if it's running.
"""
if self.delayedShutdown:
# We're still in the process of initializing the database, so
# delay shutdown until the shutdownDeferred fires.
d = self.shutdownDeferred = Deferred()
d.addCallback(lambda ignored: MultiService.stopService(self))
else:
d = MultiService.stopService(self)
def superStopped(result):
# If pg_ctl's startup wasn't successful, don't bother to stop the
# database. (This also happens in command-line tools.)
if self.shouldStopDatabase:
monitor = _PostgresMonitor()
pgCtl = self.pgCtl()
# FIXME: why is this 'logfile' and not self.logfile?
self.reactor.spawnProcess(
monitor, pgCtl,
[pgCtl, "-l", "logfile", "stop"],
env=self.env, path=self.workingDir.path,
uid=self.uid, gid=self.gid,
)
return monitor.completionDeferred
return d.addCallback(superStopped)
class TestTCPRedirect(TestUDPRedirect):
def setUp(self):
self.service = MultiService()
self.received = []
class Collect(LineReceiver):
def lineReceived(cself, data):
self.got_data(data)
class CollectFactory(Factory):
def buildProtocol(self, addr):
return Collect()
self.port = reactor.listenTCP(0, CollectFactory())
self.processor = TestMessageProcessor()
self.router = Router(self.processor,
r"any => redirect_tcp 127.0.0.1 %s" %
(self.port.getHost().port,),
service=self.service)
self.service.startService()
return self.router.ready
def __init__(
self,
dataStoreDirectory,
subServiceFactory,
dsnUser=None,
testMode=False,
reactor=None,
):
"""
Initialize a L{OracleService} pointed at a data store directory.
@param dataStoreDirectory: the directory to
@type dataStoreDirectory: L{twext.python.filepath.CachingFilePath}
@param subServiceFactory: a 1-arg callable that will be called with a
1-arg callable which returns a DB-API cursor.
@type subServiceFactory: C{callable}
"""
MultiService.__init__(self)
self.subServiceFactory = subServiceFactory
self.dataStoreDirectory = dataStoreDirectory
self.workingDir = self.dataStoreDirectory.child("working")
self.dsnUser = dsnUser
self.testMode = testMode
self._reactor = reactor
def stopService(self):
"""
Stop all child services, then stop the subprocess, if it's running.
"""
if self.delayedShutdown:
# We're still in the process of initializing the database, so
# delay shutdown until the shutdownDeferred fires.
d = self.shutdownDeferred = Deferred()
d.addCallback(lambda ignored: MultiService.stopService(self))
else:
d = MultiService.stopService(self)
def superStopped(result):
# If pg_ctl's startup wasn't successful, don't bother to stop the
# database. (This also happens in command-line tools.)
if self.shouldStopDatabase:
monitor = PostgresMonitor()
args = [
self._pgCtl, "stop",
"--log={}".format(self.logFile),
]
log.info("Requesting postgres stop via: {args}", args=args)
self.reactor.spawnProcess(
monitor, self._pgCtl,
args,
env=self.env, path=self.workingDir.path,
uid=self.uid, gid=self.gid,
)
return monitor.completionDeferred
return d.addCallback(superStopped)
def startService(self):
# create WebSocket echo service and make it a child of our app service
svc = EchoService(self.port)
svc.setName("EchoService")
svc.setServiceParent(self)
MultiService.startService(self)
def __init__(self):
MultiService.__init__(self)
# Start up our AMP RPC.
self.amp = TCPServer(25600, ConsoleRPCFactory(self))
MultiService.addService(self, self.amp)
self.configure_services(configuration)
def __init__(self, reactor):
MultiService.__init__(self)
self._deployment_state = DeploymentState()
timer = TimerService(1, self._wipe_expired)
timer.clock = reactor
timer.setServiceParent(self)
self._information_wipers = pmap()
self._clock = reactor
def __init__(self, reactor):
MultiService.__init__(self)
self._deployment_state = DeploymentState()
timer = TimerService(1, self._wipe_expired)
timer.clock = reactor
timer.setServiceParent(self)
self._information_wipers = pmap()
self._clock = reactor
def startService(self):
# Set up configuration manager
self.config = self._build_config_manager()
yield self.config.prepare()
yield self.prepareService()
MultiService.startService(self)
def __init__(self):
MultiService.__init__(self)
convergence_loop = build_convergence_loop_fsm(self.reactor,
self.deployer)
self.logger = convergence_loop.logger
self.cluster_status = build_cluster_status_fsm(convergence_loop)
self.factory = ReconnectingClientFactory.forProtocol(
lambda: AgentAMP(self))
def __init__(self):
MultiService.__init__(self)
# Start up our AMP RPC.
self.amp = TCPServer(25600, ConsoleRPCFactory(self))
MultiService.addService(self, self.amp)
self.configure_services(configuration)
def __init__(self):
MultiService.__init__(self)
self.config = read_configuration()
self.factorylist = list()
self.irc = False
self.ircbots = list()
self.configure_services()
def __init__(self):
MultiService.__init__(self)
self.config = read_configuration()
self.factorylist = list()
self.irc = False
self.ircbots = list()
self.configure_services()
def __init__(self, host, port, password, hub, session_store):
MultiService.__init__(self)
self.host = host
self.port = port
self.password = password
self.hub = hub
self.session_store = session_store
self.die = False
def makeService(self, options):
if options['conf']:
settings.conf = settings.load(options['conf'])
# we better add
reactor.suggestThreadPoolSize(settings.conf['threadpool size'])
if options['memdebug']:
from twisted.internet import task
import objgraph
import gc
def stats():
print gc.collect()
print
print '\n'.join(map(str, objgraph.most_common_types(limit=10)))
task.LoopingCall(stats).start(2)
cp = adbapi.ConnectionPool(settings.conf['database']['module'],
host=settings.conf['database']['host'],
database=settings.conf['database']['db'],
user=settings.conf['database']['user'],
password=settings.conf['database']['password'],
port=settings.conf['database']['port'],
cp_min=5, cp_max=30,
cp_reconnect=True)
if options['subscribe']:
subscribe(cp, settings)
# create a single republisher to send the data out on
http_repub = republisher.ReResource(cp)
websocket_repub = republisher.WebSocketRepublishResource(cp)
if settings.conf['mongo']['enabled']:
mongo_repub = republisher.MongoRepublisher(cp)
else:
mongo_repub = None
service = MultiService()
for svc in settings.conf['server']:
scfg = settings.conf['server'][svc]
site = getSite(cp,
resources=scfg['resources'],
http_repub=http_repub,
websocket_repub=websocket_repub,
mongo_repub=mongo_repub)
if not len(scfg['ssl']) > 1:
service.addService(internet.TCPServer(scfg['port'],
site,
interface=scfg['interface']))
else:
service.addService(internet.SSLServer(scfg['port'],
site,
SslServerContextFactory(scfg['ssl']),
interface=scfg['interface']))
return service
def startService(self):
MultiService.startService(self)
self.happy = self.find_happy_shares()
self._poller = PeriodicService(
self.reactor,
5,
self._update_status,
)
self._poller.setServiceParent(self)
def __init__(self):
MultiService.__init__(self)
convergence_loop = build_convergence_loop_fsm(
self.reactor, self.deployer
)
self.logger = convergence_loop.logger
self.cluster_status = build_cluster_status_fsm(convergence_loop)
self.factory = ReconnectingClientFactory.forProtocol(
lambda: AgentAMP(self))
def stopService(self):
"""
Stop all child services, then stop the subprocess, if it's running.
"""
if self.delayedShutdown:
# We're still in the process of initializing the database, so
# delay shutdown until the shutdownDeferred fires.
d = self.shutdownDeferred = Deferred()
d.addCallback(lambda ignored: MultiService.stopService(self))
else:
d = MultiService.stopService(self)
def superStopped(result):
# If pg_ctl's startup wasn't successful, don't bother to stop the
# database. (This also happens in command-line tools.)
if self.shouldStopDatabase:
# Compare pg_ctl inode with one we saw at the start; if different
# (or missing), fall back to SIGTERM
try:
newInode = os.stat(self._pgCtl).st_ino
except OSError:
# Missing
newInode = -1
if self._pgCtlInode != newInode:
# send SIGTERM to postgres
log.info("Postgres control script mismatch")
if self._postgresPid:
log.info("Sending SIGTERM to Postgres")
try:
os.kill(self._postgresPid, signal.SIGTERM)
except OSError:
pass
return succeed(None)
else:
# use pg_ctl stop
monitor = PostgresMonitor()
args = [
self._pgCtl,
"stop",
"--log={}".format(self.logFile),
]
log.info("Requesting postgres stop via: {args}", args=args)
self.reactor.spawnProcess(
monitor,
self._pgCtl,
args,
env=self.env,
path=self.workingDir.path,
uid=self.uid,
gid=self.gid,
)
return monitor.completionDeferred
return d.addCallback(superStopped)
def startService(self):
self.setupService()
self.log(log.info, u'Starting')
# Start ourselves as Twisted Service
MultiService.startService(self)
# Start all worker tasks
self.startTasks()
def startService(self):
MultiService.startService(self)
self.activateDelayedShutdown()
clusterDir = self.dataStoreDirectory.child(self.clusterName)
env = self.env = os.environ.copy()
env.update(PGDATA=clusterDir.path,
PGHOST=self.host,
PGUSER=self.spawnedDBUser)
initdb = self.initdb()
if self.socketDir:
if not self.socketDir.isdir():
log.warn("Creating {dir}", dir=self.socketDir.path)
self.socketDir.createDirectory()
if self.uid and self.gid:
os.chown(self.socketDir.path, self.uid, self.gid)
os.chmod(self.socketDir.path, 0770)
if not self.dataStoreDirectory.isdir():
log.warn("Creating {dir}", dir=self.dataStoreDirectory.path)
self.dataStoreDirectory.createDirectory()
if not self.workingDir.isdir():
log.warn("Creating {dir}", dir=self.workingDir.path)
self.workingDir.createDirectory()
if self.uid and self.gid:
os.chown(self.dataStoreDirectory.path, self.uid, self.gid)
os.chown(self.workingDir.path, self.uid, self.gid)
if not clusterDir.isdir():
# No cluster directory, run initdb
log.warn("Running initdb for {dir}", dir=clusterDir.path)
dbInited = Deferred()
self.reactor.spawnProcess(
CapturingProcessProtocol(dbInited, None),
initdb, [initdb, "-E", "UTF8", "-U", self.spawnedDBUser],
env=env, path=self.workingDir.path,
uid=self.uid, gid=self.gid,
)
def doCreate(result):
if result.find("FATAL:") != -1:
log.error(result)
raise RuntimeError(
"Unable to initialize postgres database: {}"
.format(result)
)
self.startDatabase()
dbInited.addCallback(doCreate)
else:
log.warn("Cluster already exists at {dir}", dir=clusterDir.path)
self.startDatabase()
def makeService(self, options):
"""
Construct a tracker service.
"""
tracker_service = MultiService()
tracker_service.setName("IPv8Tracker")
reactor.callWhenRunning(self.start_tracker, options)
return tracker_service
def makeService(self, options):
"""
Construct a IPv8 service.
"""
crawler_service = MultiService()
crawler_service.setName("TrustChainCrawler")
reactor.callWhenRunning(self.start_crawler, options)
return crawler_service
def makeService(self, options):
"""
Construct a IPv8 service.
"""
ipv8_service = MultiService()
ipv8_service.setName("IPv8Exitnode")
reactor.callWhenRunning(self.start_ipv8, options)
return ipv8_service
def startService(self):
log.msg('...Booting...', system="Bouser")
yield self.reload_config()
log.callWithContext({"system": "Bootstrap"}, boot.send, self)
log.callWithContext({"system": "Checking Dependencies"},
check_deps.send, self)
if self.fail:
raise RuntimeError('Not all dependencies satisfied')
else:
MultiService.startService(self)