def startManage(self):
logger.info("----------------------------------")
logger.info("Management cycle triggered")
logger.info("Time: %s" % datetime.today().strftime("%Y-%m-%d %H:%M:%S"))
# regular management
self.reqBox.manage()
self.siteBox.manage()
self.intBox.manage()
# scaling
mReq = self.reqBox.getMachineTypeRequirement()
logger.info("Current requirement: %s" % mReq)
siteInfo = self.siteBox.siteInformation
runningBySite = self.siteBox.runningMachinesCount
# contains a list of all machine types merged
runningOverall = summarize_dicts(list(runningBySite.values()))
machStat = dict()
for (key_, value_) in runningOverall.items():
machStat[key_] = MachineStatus(mReq.get(key_, 0), value_)
for key_ in mReq:
if not key_ in machStat:
machStat[key_] = MachineStatus(mReq.get(key_, 0), 0)
decision = self.broker.decide(machStat, siteInfo.values())
# Service machines may modify site decision(s).
decision = self.siteBox.modServiceMachineDecision(decision)
logger.info("Decision: %s" % decision)
logger.debug(runningBySite)
# make machine counts absolute, as they come in relative from the broker
for (ksite, vmach) in decision.items():
logger.debug("vmatch=%s" % vmach)
for kmach in vmach:
decision[ksite][kmach] += runningBySite[ksite].get(kmach, [])
logger.debug("decision[ksite][kmach]=%s" % decision[ksite][kmach])
logger.info("Absolute Decision: %s" % decision)
self.siteBox.applyMachineDecision(decision)
logger.info(self.mr.getMachineOverview())
MachineRegistryLogger.dump(self.mr.machines)
log = JsonLog()
log.writeLog()
self.manageIterations += 1
lastIteration = False
if self.maximumManageIterations is not None:
lastIteration = self.maximumManageIterations <= self.manageIterations
if self.autoRun is True and lastIteration is False:
self.startManagementTimer()
def startManage(self):
logger.info("----------------------------------")
logger.info("Management cycle triggered")
logger.info("Time: %s" % datetime.today().strftime("%Y-%m-%d %H:%M:%S"))
# regular management
self.reqBox.manage()
self.siteBox.manage()
self.intBox.manage()
# scaling
mReq = self.reqBox.getMachineTypeRequirement()
logger.info("Current requirement: %s" % mReq)
siteInfo = self.siteBox.siteInformation
runningBySite = self.siteBox.runningMachinesCount
# contains a list of all machine types merged
runningOverall = summarize_dicts(list(runningBySite.values()))
machStat = dict()
for (key_, value_) in runningOverall.items():
machStat[key_] = MachineStatus(mReq.get(key_, 0), value_)
for key_ in mReq:
if not key_ in machStat:
machStat[key_] = MachineStatus(mReq.get(key_, 0), 0)
decision = self.broker.decide(machStat, siteInfo.values())
# Service machines may modify site decision(s).
decision = self.siteBox.modServiceMachineDecision(decision)
logger.info("Decision: %s" % decision)
# make machine counts absolute, as they come in relative from the broker
for (ksite, vmach) in decision.items():
for kmach in vmach:
decision[ksite][kmach] += runningBySite[ksite].get(kmach, [])
logger.info("Absolute Decision: %s" % decision)
self.siteBox.applyMachineDecision(decision)
logger.info(self.mr.getMachineOverview())
MachineRegistryLogger.dump(self.mr.machines)
log = JsonLog()
log.writeLog()
self.manageIterations += 1
lastIteration = False
if self.maximumManageIterations is not None:
lastIteration = self.maximumManageIterations <= self.manageIterations
if self.autoRun is True and lastIteration is False:
self.startManagementTimer()
def init(self):
# self.exportMethod(self.setMachineTypeMaxInstances, "setMachineTypeMaxInstances")
self.mr.machines = MachineRegistryLogger.load()
def init(self):
# self.exportMethod(self.setMachineTypeMaxInstances, "setMachineTypeMaxInstances")
self.mr.machines = MachineRegistryLogger.load()
