def handle(self, host_id='host-0000'):
global logger
# print 'F_HostStatus called\n'
# print 'F_GetHostStatus called\n'
rnd = random.randint(0, 99)
#global scheduler
scheduler = whu_sched.scheduler(time.time, time.sleep)
if rnd > 40 and rnd < 45:
msg = "Host %s status anomaly detected"
hostname = random.choice([
'host-0001',
'host-0002',
'host-0003',
'host-0004',
])
logger.warn(msg, hostname)
#print msg %hostname
args = []
args.append(hostname)
#print 'args for E_RescueVM is ',args
E = Event.E_RescueHost(args)
event = E.Gen_Event()
scheduler.enter(*event)
msg = 'RescueHost event %s added'
logger.debug(msg, event[4])
#print msg %event[4]
else:
msg = 'Host status is Ok ,size of queue is %s'
logger.debug(msg, len(scheduler._queue))
#print msg %len(scheduler._queue)
msg = 'H_PerceiveHost handled'
logger.debug(msg)
def handle(self):
global logger
rnd = random.randint(0, 99)
#global scheduler
scheduler = whu_sched.scheduler(time.time, time.sleep)
if rnd > 40 and rnd < 50:
msg = "VM %s status anomaly detected"
vmname = random.choice([
'instance-00000001',
'instance-00000002',
'instance-00000003',
'instance-00000004',
])
logger.warn(msg, vmname)
#print msg %vmname
args = []
args.append(vmname)
#print 'args for E_RescueVM is ',args
E = Event.E_RescueVM(args)
event = E.Gen_Event()
scheduler.enter(*event)
msg = 'RescueVM event %s added'
logger.debug(msg, event[4])
#print msg %event[4]
else:
msg = "VM status is Ok,size of queue is %s"
logger.debug(msg, len(scheduler._queue))
#print msg %len(scheduler._queue)
msg = 'H_PerceiveVM handled'
logger.debug(msg)
def handle(self):
global logger
rnd = random.randint(0,99)
#global scheduler
scheduler = whu_sched.scheduler(time.time,time.sleep)
if rnd >40 and rnd < 50:
msg = "VM %s status anomaly detected"
vmname = random.choice(['instance-00000001','instance-00000002','instance-00000003','instance-00000004',])
logger.warn(msg,vmname)
#print msg %vmname
args=[]
args.append(vmname)
#print 'args for E_RescueVM is ',args
E = Event.E_RescueVM(args)
event = E.Gen_Event()
scheduler.enter(*event)
msg = 'RescueVM event %s added'
logger.debug(msg,event[4])
#print msg %event[4]
else:
msg = "VM status is Ok,size of queue is %s"
logger.debug(msg,len(scheduler._queue))
#print msg %len(scheduler._queue)
msg = 'H_PerceiveVM handled'
logger.debug(msg)
def handle(self,host_id = 'host-0000'):
global logger
# print 'F_HostStatus called\n'
# print 'F_GetHostStatus called\n'
rnd = random.randint(0,99)
#global scheduler
scheduler = whu_sched.scheduler(time.time,time.sleep)
if rnd >40 and rnd < 45:
msg = "Host %s status anomaly detected"
hostname = random.choice(['host-0001','host-0002','host-0003','host-0004',])
logger.warn(msg,hostname)
#print msg %hostname
args=[]
args.append(hostname)
#print 'args for E_RescueVM is ',args
E = Event.E_RescueHost(args)
event = E.Gen_Event()
scheduler.enter(*event)
msg = 'RescueHost event %s added'
logger.debug(msg,event[4])
#print msg %event[4]
else:
msg = 'Host status is Ok ,size of queue is %s'
logger.debug(msg,len(scheduler._queue))
#print msg %len(scheduler._queue)
msg = 'H_PerceiveHost handled'
logger.debug(msg)
def handle(self):
global logger
scheduler = whu_sched.scheduler(time.time, time.sleep)
msg = 'scheduler initialized'
logger.debug(msg)
#print msg
E = Event.E_LoopPerceive()
event = E.Gen_Event()
scheduler.enter(*event)
msg = 'Initial event %s added'
logger.debug(msg, event[4])
def handle(self): global logger scheduler = whu_sched.scheduler(time.time,time.sleep) msg = 'scheduler initialized' logger.debug(msg) #print msg E = Event.E_LoopPerceive() event = E.Gen_Event() scheduler.enter(*event) msg = 'Initial event %s added' logger.debug(msg,event[4])
def handle(self):
global logger
#global scheduler
scheduler = whu_sched.scheduler(time.time, time.sleep)
#Enter PerceiveVM event
E = Event.E_PerceiveVM()
event = E.Gen_Event()
scheduler.enter(*event)
#Enter PerceiveHost event
E = Event.E_PerceiveHost()
event = E.Gen_Event()
scheduler.enter(*event)
#Enter PerceiveVNet event
E = Event.E_PerceiveVNet()
event = E.Gen_Event()
scheduler.enter(*event)
#Enter LoopPerceive again
E = Event.E_LoopPerceive()
event = E.Gen_Event()
scheduler.enter(*event)
msg = "LoopPerceive handled,size of queue is %s"
logger.debug(msg, len(scheduler._queue))
def handle(self):
global logger
#global scheduler
scheduler = whu_sched.scheduler(time.time,time.sleep)
#Enter PerceiveVM event
E = Event.E_PerceiveVM()
event = E.Gen_Event()
scheduler.enter(*event)
#Enter PerceiveHost event
E = Event.E_PerceiveHost()
event = E.Gen_Event()
scheduler.enter(*event)
#Enter PerceiveVNet event
E = Event.E_PerceiveVNet()
event = E.Gen_Event()
scheduler.enter(*event)
#Enter LoopPerceive again
E = Event.E_LoopPerceive()
event = E.Gen_Event()
scheduler.enter(*event)
msg = "LoopPerceive handled,size of queue is %s"
logger.debug(msg,len(scheduler._queue))
import whu_sched
import time
import Event
import sys
import threading
import random
scheduler = whu_sched.scheduler(time.time, time.sleep)
class SimEvent(threading.Thread):
def __init__(self):
threading.Thread.__init__(self)
def run(self):
event = Event.E_Init().Gen_Event()
scheduler.enter(*event)
while True:
scheduler.run()
print 'run out\n'
class VM_Profile:
def __init__(self,
vmid='instance-00000000',
userid='user-0000',
hostid='host-0000'):
self.vmid = vmid
self.userid = userid
self.hostid = hostid
import whu_sched
import time
import Event
import sys
import threading
import random
scheduler = whu_sched.scheduler(time.time,time.sleep)
class SimEvent(threading.Thread):
def __init__(self):
threading.Thread.__init__(self)
def run(self):
event = Event.E_Init().Gen_Event()
scheduler.enter(*event)
while True:
scheduler.run()
print 'run out\n'
class VM_Profile:
def __init__(self,vmid='instance-00000000',userid='user-0000',hostid='host-0000'):
self.vmid = vmid
self.userid = userid
self.hostid = hostid
if __name__=="__main__":
maxThread = 1
threadList = []
for i in range(maxThread):
thread = SimEvent()
threadList.append(thread)