if leastLoadedEngine is None:
logger.debug('no engine is active')
return
userScript = {User.NAME : userName,\
User.CREATOR : cons.DEFAULT_CREATOR,\
User.FPART : leastLoadedEngine.partition,\
User.FFNAME : self.get(User.FFNAME),\
User.FGENDER : self.get(User.FGENDER),\
User.FLNAME : self.get(User.FLNAME),\
User.FMName : self.get(User.FMName),\
User.FPASSWORD : self.get(User.FPASSWORD),\
User.FYEAR : int(self.get(User.FYEAR, '1900'))}
user = monkapi.create_user(userScript)
leastLoadedEngine.add_user(userName)
logger.debug('{} add user {}'.format(leastLoadedEngine.name, leastLoadedEngine.users))
taskT(AddUser)
class DeleteUser(Task):
def act(self):
userName = self.get(User.NAME, '')
if not userName or not monkapi.delete_user(userName):
logger.info('trying to delete non-existant user {}'.format(userName))
else:
logger.debug('{} deleted'.format(userName))
taskT(DeleteUser)
class UpdateUser(Task):
def act(self):
userName = self.get(User.NAME, '')
if not userName:
logger.error('empty user name {}'.format(self.decodedMessage))
self.MAINTAIN_INTERVAL = config.workerMaintainInterval
self.POLL_INTERVAL = config.workerPollInterval
self.EXECUTE_INTERVAL = config.workerExecuteInterval
self.MAX_QUEUE_SIZE = config.workerMaxQueueSize
self.adminBroker.register_worker(self.serverName, offsetSkip=config.workerConsumerOffsetSkip)
return [self.adminBroker, self.workerBroker]
worker = MonkWorker()
class Train(Task):
def act(self):
monkapi.train(self.turtleName, self.userName)
#leader = monkapi.get_leader(self.turtleName, self.userName)
#worker.workerBroker.merge(leader, self.turtleName, self.userName)
taskT(Train)
class Merge(Task):
def act(self):
follower = self.get('follower')
monkapi.merge(self.turtleName, self.userName, follower)
#if monkapi.merge(self.turtleName, self.userName, follower):
#for follower in monkapi.get_followers(self.turtleName, self.userName):
#worker.workerBroker.train(follower, self.turtleName)
taskT(Merge)
class Reset(Task):
def act(self):
logger.debug('reset turtle {} for user {}'.format(self.turtleName, self.userName))
monkapi.reset(self.turtleName, self.userName)
taskT(Reset)
self.adminBroker.register_worker(
self.serverName, offsetSkip=config.workerConsumerOffsetSkip)
return [self.adminBroker, self.workerBroker]
worker = MonkWorker()
class Train(Task):
def act(self):
monkapi.train(self.turtleName, self.userName)
#leader = monkapi.get_leader(self.turtleName, self.userName)
#worker.workerBroker.merge(leader, self.turtleName, self.userName)
taskT(Train)
class Merge(Task):
def act(self):
follower = self.get('follower')
monkapi.merge(self.turtleName, self.userName, follower)
#if monkapi.merge(self.turtleName, self.userName, follower):
#for follower in monkapi.get_followers(self.turtleName, self.userName):
#worker.workerBroker.train(follower, self.turtleName)
taskT(Merge)
class Reset(Task):
userScript = {User.NAME : userName,\
User.CREATOR : cons.DEFAULT_CREATOR,\
User.FPART : leastLoadedEngine.partition,\
User.FFNAME : self.get(User.FFNAME),\
User.FGENDER : self.get(User.FGENDER),\
User.FLNAME : self.get(User.FLNAME),\
User.FMName : self.get(User.FMName),\
User.FPASSWORD : self.get(User.FPASSWORD),\
User.FYEAR : int(self.get(User.FYEAR, '1900'))}
user = monkapi.create_user(userScript)
leastLoadedEngine.add_user(userName)
logger.debug('{} add user {}'.format(leastLoadedEngine.name,
leastLoadedEngine.users))
taskT(AddUser)
class DeleteUser(Task):
def act(self):
userName = self.get(User.NAME, '')
if not userName or not monkapi.delete_user(userName):
logger.info(
'trying to delete non-existant user {}'.format(userName))
else:
logger.debug('{} deleted'.format(userName))
taskT(DeleteUser)
try:
value = float(self.get('value'))
except:
self.warning(logger, 'no valid value set')
return
try:
t = float(self.get('time'))
except:
self.warning(logger, 'no valid time set')
return
user = self.get('user')
if key not in monitor.trackers:
monitor.trackers[key] = Tracker()
tracker = monitor.trackers[key]
tracker.add(t, value, user)
taskT(Track)
class ResetTracker(Task):
def act(self):
key = self.name
if not key:
self.warning(logger, 'no valid tracking name set')
return
if key in monitor.trackers:
monitor.trackers[key].clear()
taskT(ResetTracker)
class RenameTracker(Task):
def act(self):
key = self.name
if not key:
