def initializeVirtualMachineManagerHandler( serviceInfo ):
global gVirtualMachineDB
gVirtualMachineDB = VirtualMachineDB()
gVirtualMachineDB.declareStalledInstances()
if gVirtualMachineDB._connected:
gThreadScheduler.addPeriodicTask( 60 * 15, gVirtualMachineDB.declareStalledInstances )
return S_OK()
return S_ERROR()
def initializeVirtualMachineManagerHandler(serviceInfo):
global gVirtualMachineDB
gVirtualMachineDB = VirtualMachineDB()
gVirtualMachineDB.declareStalledInstances()
if gVirtualMachineDB._connected:
gThreadScheduler.addPeriodicTask(
60 * 15, gVirtualMachineDB.declareStalledInstances)
return S_OK()
return S_ERROR()
# print db.checkImageStatus( 'name', 'flavor'*10, 'requirements' ) ret = db.insertInstance( 'Image3', 'instance' ) print "insertInstance ", ret ret = db.insertInstance( 'Image2', 'instance' ) print "insertInstance ", ret if not ret['OK']: DIRAC.exit() print type( ret['Value'] ) print "declareInstanceSubmitted", db.declareInstanceSubmitted( ret['Value'] ) id1 = DIRAC.Time.toString() print "declareInstanceRunning ", db.declareInstanceRunning( 'Image3', id1, 'IP', 'ip' ) id2 = DIRAC.Time.toString() print "declareInstanceRunning ", db.declareInstanceRunning( 'Image2', id2, 'IP', 'ip' ) print "declareInstanceRunning ", db.instanceIDHeartBeat( id2, 1.0 ) for status in validStates: print "get%10sInstances " % status, db.getInstancesByStatus( status ) print "declareInstanceHalting ", db.declareInstanceHalting( id1, 0.0 ) print "declareInstanceHalting ", db.declareInstanceHalting( id2, 0.0 ) print "declareStalledInstances ", db.declareStalledInstances() print "declareStalledInstances ", db.declareStalledInstances() from DIRAC.WorkloadManagementSystem.DB.TaskQueueDB import TaskQueueDB tq = TaskQueueDB() print tq.retrieveTaskQueues()
