def __init__(self, cfg, db):
self.client = DispatcherNodeClient(cfg.getMessageBusHost(),
cfg.messageBusPort, cfg, self)
server.Server.__init__(self, self.client.getLogger())
subscriberLog = logger.Logger('subscriber', cfg.getSubscriberLogPath())
# In multinode rMake, publishing events to external subscribers
# is done by a process forked from the dispatcher (since the
# dispatcher gets all events anyway) instead of passing them
# back to the rMake XMLRPC front end.
self._publisher = publish._RmakeServerPublisher(
subscriberLog, db, self._fork)
# detaile data about the nodes is stored in the NodeList.
self._nodes = NodeList(db, self._logger)
# commands that haven't been assigned to a node.
self._queuedCommands = []
self._queuedCommandsById = {}
self.db = db
def __init__(self, cfg, db):
self.client = DispatcherNodeClient(cfg.getMessageBusHost(),
cfg.messageBusPort, cfg, self)
server.Server.__init__(self, self.client.getLogger())
subscriberLog = logger.Logger('subscriber', cfg.getSubscriberLogPath())
# In multinode rMake, publishing events to external subscribers
# is done by a process forked from the dispatcher (since the
# dispatcher gets all events anyway) instead of passing them
# back to the rMake XMLRPC front end.
self._publisher = publish._RmakeServerPublisher(subscriberLog,
db, self._fork)
# detaile data about the nodes is stored in the NodeList.
self._nodes = NodeList(db, self._logger)
# commands that haven't been assigned to a node.
self._queuedCommands = []
self._queuedCommandsById = {}
self.db = db
def __init__(self,
uri,
cfg,
repositoryPid=None,
proxyPid=None,
pluginMgr=None,
quiet=False):
util.mkdirChain(cfg.logDir)
logPath = cfg.logDir + '/rmake.log'
rpcPath = cfg.logDir + '/xmlrpc.log'
serverLogger = ServerLogger()
serverLogger.disableRPCConsole()
serverLogger.logToFile(logPath)
serverLogger.logRPCToFile(rpcPath)
if quiet:
serverLogger.setQuietMode()
else:
if cfg.verbose:
logLevel = logging.DEBUG
else:
logLevel = logging.INFO
serverLogger.enableConsole(logLevel)
serverLogger.info(
'*** Started rMake Server at pid %s (serving at %s)' %
(os.getpid(), uri))
try:
self._initialized = False
self.db = None
# forked jobs that are currently active
self._buildPids = {}
self.uri = uri
self.cfg = cfg
self.repositoryPid = repositoryPid
self.proxyPid = proxyPid
apirpc.XMLApiServer.__init__(
self,
uri,
logger=serverLogger,
forkByDefault=True,
sslCertificate=cfg.getSslCertificatePath(),
caCertificate=cfg.getCACertificatePath())
self._setUpInternalUser()
self.db = database.Database(cfg.getDbPath(),
cfg.getDbContentsPath())
self.auth = auth.AuthenticationManager(cfg.getAuthUrl(), self.db)
if pluginMgr is None:
pluginMgr = plugins.PluginManager([])
self.plugins = pluginMgr
# any jobs that were running before are not running now
subscriberLog = logger.Logger('susbscriber',
self.cfg.getSubscriberLogPath())
self._publisher = publish._RmakeServerPublisher(
subscriberLog, self.db, self._fork)
self.worker = worker.Worker(self.cfg, self._logger)
dbLogger = subscriber._JobDbLogger(self.db)
# note - it's important that the db logger
# comes first, before the general publisher,
# so that whatever published is actually
# recorded in the DB.
self._subscribers = [dbLogger]
if self.uri:
s = subscriber._RmakeServerPublisherProxy(self.uri)
else:
# testsuite path - external subscribers also go through
# internal interface when the server is not run as a separate
# process.
s = subscriber._RmakeServerPublisherProxy(ShimAddress(self))
self._subscribers.append(s)
self._internalSubscribers = [dbLogger]
s = subscriber._RmakeServerPublisherProxy(ShimAddress(self))
self._internalSubscribers.append(s)
self.plugins.callServerHook('server_postInit', self)
except errors.uncatchableExceptions:
raise
except Exception, err:
self.error('Error initializing rMake Server:\n %s\n%s', err,
traceback.format_exc())
self._try('halt', self._shutDown)
raise
def __init__(self, uri, cfg, repositoryPid=None, proxyPid=None,
pluginMgr=None, quiet=False):
util.mkdirChain(cfg.logDir)
logPath = cfg.logDir + '/rmake.log'
rpcPath = cfg.logDir + '/xmlrpc.log'
serverLogger = ServerLogger()
serverLogger.disableRPCConsole()
serverLogger.logToFile(logPath)
serverLogger.logRPCToFile(rpcPath)
if quiet:
serverLogger.setQuietMode()
else:
if cfg.verbose:
logLevel = logging.DEBUG
else:
logLevel = logging.INFO
serverLogger.enableConsole(logLevel)
serverLogger.info('*** Started rMake Server at pid %s (serving at %s)' % (os.getpid(), uri))
try:
self._initialized = False
self.db = None
# forked jobs that are currently active
self._buildPids = {}
self.uri = uri
self.cfg = cfg
self.repositoryPid = repositoryPid
self.proxyPid = proxyPid
apirpc.XMLApiServer.__init__(self, uri, logger=serverLogger,
forkByDefault = True,
sslCertificate=cfg.getSslCertificatePath(),
caCertificate=cfg.getCACertificatePath())
self._setUpInternalUser()
self.db = database.Database(cfg.getDbPath(),
cfg.getDbContentsPath())
self.auth = auth.AuthenticationManager(cfg.getAuthUrl(), self.db)
if pluginMgr is None:
pluginMgr = plugins.PluginManager([])
self.plugins = pluginMgr
# any jobs that were running before are not running now
subscriberLog = logger.Logger('susbscriber',
self.cfg.getSubscriberLogPath())
self._publisher = publish._RmakeServerPublisher(subscriberLog,
self.db,
self._fork)
self.worker = worker.Worker(self.cfg, self._logger)
dbLogger = subscriber._JobDbLogger(self.db)
# note - it's important that the db logger
# comes first, before the general publisher,
# so that whatever published is actually
# recorded in the DB.
self._subscribers = [dbLogger]
if self.uri:
s = subscriber._RmakeServerPublisherProxy(self.uri)
else:
# testsuite path - external subscribers also go through
# internal interface when the server is not run as a separate
# process.
s = subscriber._RmakeServerPublisherProxy(ShimAddress(self))
self._subscribers.append(s)
self._internalSubscribers = [dbLogger]
s = subscriber._RmakeServerPublisherProxy(ShimAddress(self))
self._internalSubscribers.append(s)
self.plugins.callServerHook('server_postInit', self)
except errors.uncatchableExceptions:
raise
except Exception, err:
self.error('Error initializing rMake Server:\n %s\n%s', err,
traceback.format_exc())
self._try('halt', self._shutDown)
raise
