def run(self):
while 1:
#try:
ins = queue_moniting.get(True)
instance_result = dict()
moniting_state = eval(ins['moniting_state'])
ipaddress = eval(ins['ipaddress'])
ping = moniting_state['ping']
arp = moniting_state['arp']
tcp = moniting_state['tcp']
udp = moniting_state['udp']
if ipaddress:
instance_result['uuid'] = ins['uuid']
for ip in ipaddress:
instance_result[ip] = dict()
if ping:
instance_result[ip]['ping'] = 1 if icmp_checker.check_icmp(ip) == True else 0
if arp:
instance_result[ip]['arp'] = 1 if arp_checker.check_arp(ip) == True else 0
if tcp:
instance_result[ip]['tcp'] = dict()
if isinstance(tcp,unicode):
# if tcp is unicode string, means that's only one port.
port = tcp
instance_result[ip]['tcp'][port] = 1 if tcp_checker.check_tcp(ip,int(port)) == True else 0
else:
for port in tcp:
instance_result[ip]['tcp'][port] = 1 if tcp_checker.check_tcp(ip,int(port)) == True else 0
if udp:
instance_result[ip]['udp'] = dict()
if isinstance(udp,unicode):
# if tcp is unicode string, means that's only one port.
port = udp
instance_result[ip]['udp'][port] = 1 if udp_checker.checker_udp(ip,int(port)) == True else 0
else:
for port in udp:
instance_result[ip]['udp'][port] = 1 if udp_checker.checker_udp(ip,int(port)) == True else 0
# send notification to user, use http or sms
send_notification(instance_result,'moniting')
# save last notification, used in next time
save_one_notification(instance_result,'moniting')
q = self.session.query(Instances).filter(Instances.uuid==ins['uuid'])
if q.all():
q.update(
{Instances.moniting_state:simplejson.dumps(instance_result)}
)
self.session.commit()
#except:
# pass
# dont forget to close session at the end
self.session.close()
def check_moniting_state_icmp(i):
while 1:
#try:
session = Session()
ins = queue_moniting.get(True)
print "Greenlets %s got : %s" % (i,time.asctime()), " " , ins
instance_result = dict()
moniting_state = eval(ins['moniting_state'])
ipaddress = eval(ins['ipaddress'])
ping = moniting_state['ping']
arp = moniting_state['arp']
tcp = moniting_state['tcp']
udp = moniting_state['udp']
if ipaddress:
instance_result['uuid'] = ins['uuid']
for ip in ipaddress:
instance_result[ip] = dict()
if ping:
instance_result[ip]['ping'] = 1 if icmp_checker_gevent.check_icmp(ip) == True else 0
#if arp:
# instance_result[ip]['arp'] = 1 if arp_checker_gevent.check_arp(ip) == True else 0
#if tcp:
# instance_result[ip]['tcp'] = dict()
# if isinstance(tcp,unicode):
# # if tcp is unicode string, means that's only one port.
# port = tcp
# instance_result[ip]['tcp'][port] = 1 if tcp_checker_gevent.check_tcp(ip,int(port)) == True else 0
# else:
# for port in tcp:
# instance_result[ip]['tcp'][port] = 1 if tcp_checker_gevent.check_tcp(ip,int(port)) == True else 0
##if udp:
# instance_result[ip]['udp'] = dict()
# if isinstance(udp,unicode):
# # if tcp is unicode string, means that's only one port.
# port = udp
# instance_result[ip]['udp'][port] = 1 if udp_checker.checker_udp(ip,int(port)) == True else 0
# else:
# for port in udp:
# instance_result[ip]['udp'][port] = 1 if udp_checker.checker_udp(ip,int(port)) == True else 0
print "Greenlets moniting %s got : %s" % (i,time.asctime()) , instance_result
# send notification to user, use http or sms
send_notification(instance_result,'moniting')
# save last notification, used in next time
save_one_notification(instance_result,'moniting')
q = session.query(Instances).filter(Instances.uuid==ins['uuid'])
if q.all():
q.update(
{Instances.moniting_state:simplejson.dumps(instance_result)}
)
session.commit()
nics_rx_bytes_max.append(int(v['rx_bytes']))
nics_tx_bytes_max.append(int(v['tx_bytes']))
rx_bytes_max = max(nics_rx_bytes_max)
tx_bytes_max = max(nics_tx_bytes_max)
if (rx_bytes_max > bandwidth_usage_warnning and rx_bytes_max < bandwidth_usage_critical) or \
(tx_bytes_max > bandwidth_usage_warnning and tx_bytes_max < bandwidth_usage_critical):
notification_result['bandwidth_usage'] = 1
if rx_bytes_max <= bandwidth_usage_warnning or tx_bytes_max <= bandwidth_usage_warnning:
notification_result['bandwidth_usage'] = 0
if rx_bytes_max >= bandwidth_usage_critical or tx_bytes_max >= bandwidth_usage_critical:
notification_result['bandwidth_usage'] = 2
# send notification to user, use http or sms
send_notification(notification_result,'notification')
# save last notification, used in next time
save_one_notification(notification_result,'monitifaction')
return notification_result
def send_notification(result,result_type):
"""
process message from moniting and notification and send to sms or http.
"""
# process for notification message
if result_type == "notification":
s_data = dict()
failed_item = 0
s_data['type'] = 'notification'
s_data['notification_type'] = 0
