def __init__(self, ip, port, cluster):
'''
Constructor
'''
Thread.__init__(self)
self.cluster = cluster
self._proxy = SocketProxy(ip, port, UDP_MODE)
def __init__(self, ip, port, cluster):
'''
Constructor
'''
Thread.__init__(self)
self.cluster = cluster
self._proxy = SocketProxy(ip, port, UDP_MODE)
def __init__(self, cluster):
Thread.__init__(self)
self.cluster = cluster
self._windowSize = 5
self._loopPeriod = 3
self.controller = DeadzoneController()
self._deltaPerf = 0.05
self.sleep = sleep
def __init__(self, cluster):
Thread.__init__(self)
self.cluster = cluster
self._windowSize = 5
self._loopPeriod = 3
self.controller = DeadzoneController()
self._deltaPerf = 0.05
self.sleep = sleep
def __init__(self):
'''
Constructor
'''
Thread.__init__(self)
self._proxy = None
self._power = 0.0
self._mutex = Lock()
self.loopPeriod = 1
def __init__(self, services):
'''
Constructor
'''
Thread.__init__(self)
self.services = services # must be a list of RequestBuffer
self.loopPeriod = 1 # in seconds
'''
If this variable is set, this class will try to fetch information
using the apache proxy. If not, will use the log file instead.
'''
self.apache = None
def __init__(self, services):
'''
Constructor
'''
Thread.__init__(self)
self.services = services # must be a list of RequestBuffer
self.loopPeriod = 1 # in seconds
'''
If this variable is set, this class will try to fetch information
using the apache proxy. If not, will use the log file instead.
'''
self.apache = None
def __init__(self):
Server.__init__(self)
self._detectProcessor = False
Thread.__init__(self)
self._startTime = 0
self._finishTime = 0
self._wgProgram = ''
self.initcmd = None
self._wgParameters = [] #parameters to start the workload generator
self._minExecTime = 5
self._wgPath = ''
self._dump = None #command dump
self._performedCleanUp = False
def __init__(self):
'''
Constructor
'''
Thread.__init__(self)
self.HEADER_FORMAT = '%02d-'
self.loopPeriod = 1
self.time = MonitorVariable(header='%sTime' % self.HEADER_FORMAT, format="%5d", func=None)
self.time.value = 0
self.power = MonitorVariable(header='%sPower' % self.HEADER_FORMAT, format="%5.1f", func=None)
self.varPool = [self.time, self.power]
#temporary hard-coded variables:
self.lost = MonitorVariable(header='%sLost' % self.HEADER_FORMAT, format="%6.1f", func=None)
self.replied = MonitorVariable(header='%sReplied' % self.HEADER_FORMAT, format="%6.1f", func=None)
self.incoming = MonitorVariable(header='%sIncoming' % self.HEADER_FORMAT, format="%6.1f", func=None)
self.qos = MonitorVariable(header='%sQoS' % self.HEADER_FORMAT, format="%6.4f", func=None)
self.predicted = MonitorVariable(header='%sPredicted' % self.HEADER_FORMAT, format="%5.1f", func=None)
self.mse = MonitorVariable(header='%sMSE' % self.HEADER_FORMAT, format="%11.1f", func=None)
self.delay = MonitorVariable(header='%sDelay' % self.HEADER_FORMAT, format="%7.3f", func=None)
self.gamma = MonitorVariable(header='%sGamma' % self.HEADER_FORMAT, format="%3.3f", func=None)
self.saturation = MonitorVariable(header='%sSaturation' % self.HEADER_FORMAT, format="%3.3f", func=None)
self.dyn_power = MonitorVariable(header='%sDynPower' % self.HEADER_FORMAT, format="%5.1f", func=None)
self.varPool.append(self.lost)
self.varPool.append(self.replied)
self.varPool.append(self.incoming)
self.varPool.append(self.qos)
self.varPool.append(self.predicted)
self.varPool.append(self.mse)
self.varPool.append(self.delay)
self.varPool.append(self.gamma)
self.varPool.append(self.saturation)
self.varPool.append(self.dyn_power)
self.HEADER_PERIOD = 40 # period to repeat the header on the monitor file
self._monFile = None
self._mutex = Lock()
self.emulatePower = True
self.experiment = None
def __init__(self, cluster, predictor):
'''
Constructor
'''
Thread.__init__(self)
self.sectionName = self.__class__.__name__
self._efficientServerList = None
self.cluster = cluster
self._loopPeriod = 5 #in seconds
self._windowSize = 5 #average through windowSize numbers
self.predictor = predictor
self._gamma = 1.0 #value that multiply the deadzone
self.sleep = sleep #sleep function
self.predicted = 0.0
self.adjustWindow = 5 #put it on configReader
self.gammaIncrease = 0.01
self.gammaDecrease = 0.10
self.dynGamma = False
self.MAX_GAMMA = 0.90
self.MIN_GAMMA = 0.00
self.setEfficientServerList(cluster.availableServers[:])
def __init__(self, cluster, predictor):
'''
Constructor
'''
Thread.__init__(self)
self.sectionName = self.__class__.__name__
self._efficientServerList = None
self.cluster = cluster
self._loopPeriod = 5 #in seconds
self._windowSize = 5 #average through windowSize numbers
self.predictor = predictor
self._gamma = 1.0 #value that multiply the deadzone
self.sleep = sleep #sleep function
self.predicted = 0.0
self.adjustWindow = 5 #put it on configReader
self.gammaIncrease = 0.01
self.gammaDecrease = 0.10
self.dynGamma = False
self.MAX_GAMMA = 0.90
self.MIN_GAMMA = 0.00
self.setEfficientServerList(cluster.availableServers[:])
def __init__(self):
'''
Constructor
'''
Thread.__init__(self)
self.HEADER_FORMAT = '%02d-'
self.loopPeriod = 1
self.time = MonitorVariable(header='%sTime' % self.HEADER_FORMAT,
format="%5d",
func=None)
self.time.value = 0
self.power = MonitorVariable(header='%sPower' % self.HEADER_FORMAT,
format="%5.1f",
func=None)
self.varPool = [self.time, self.power]
#temporary hard-coded variables:
self.lost = MonitorVariable(header='%sLost' % self.HEADER_FORMAT,
format="%6.1f",
func=None)
self.replied = MonitorVariable(header='%sReplied' % self.HEADER_FORMAT,
format="%6.1f",
func=None)
self.incoming = MonitorVariable(header='%sIncoming' %
self.HEADER_FORMAT,
format="%6.1f",
func=None)
self.qos = MonitorVariable(header='%sQoS' % self.HEADER_FORMAT,
format="%6.4f",
func=None)
self.predicted = MonitorVariable(header='%sPredicted' %
self.HEADER_FORMAT,
format="%5.1f",
func=None)
self.mse = MonitorVariable(header='%sMSE' % self.HEADER_FORMAT,
format="%11.1f",
func=None)
self.delay = MonitorVariable(header='%sDelay' % self.HEADER_FORMAT,
format="%7.3f",
func=None)
self.gamma = MonitorVariable(header='%sGamma' % self.HEADER_FORMAT,
format="%3.3f",
func=None)
self.saturation = MonitorVariable(header='%sSaturation' %
self.HEADER_FORMAT,
format="%3.3f",
func=None)
self.dyn_power = MonitorVariable(header='%sDynPower' %
self.HEADER_FORMAT,
format="%5.1f",
func=None)
self.varPool.append(self.lost)
self.varPool.append(self.replied)
self.varPool.append(self.incoming)
self.varPool.append(self.qos)
self.varPool.append(self.predicted)
self.varPool.append(self.mse)
self.varPool.append(self.delay)
self.varPool.append(self.gamma)
self.varPool.append(self.saturation)
self.varPool.append(self.dyn_power)
self.HEADER_PERIOD = 40 # period to repeat the header on the monitor file
self._monFile = None
self._mutex = Lock()
self.emulatePower = True
self.experiment = None
def stop(self):
Thread.stop(self)
self.cleanUp()