def start(self, args): self.zabbix = Zabbix(args['zabbix']) self.server = Dashboard(args['dashboard']) self.lldpctl = LldpCtl(args['discovery']) self.namespaces = args['namespaces'] self.check = args['check'] self.delay = args['delay'] # Запуск функции run из родительского класса ProcessLauncher self.run()
class Statistics(ProcessLauncher):
def __init__(self):
self.type = 'statistics'
def start(self, args):
self.zabbix = Zabbix(args['zabbix'])
self.server = Dashboard(args['dashboard'])
self.lldpctl = LldpCtl(args['discovery'])
self.namespaces = args['namespaces']
self.check = args['check']
self.delay = args['delay']
# Запуск функции run из родительского класса ProcessLauncher
self.run()
# Отправка статистики
def single(self, ns):
self.signal()
self.lldpctl.start()
# Время на инициализацию LLDP
time.sleep(5)
while True:
self.location = self.lldpctl.get_location()
for i in self.results.keys():
res = self.results.get(i, 'NONE')
if res != 'NONE':
if res['type'] == 'dhcp' and res['ns'] == ns:
dhcp_state = res.get('state', 'NONE')
dhcp_time = res.get('time', None)
if dhcp_state == 'OK' and dhcp_time > 30:
dhcp_state = 'WARN'
try:
if dhcp_state != 'RUN':
self.zabbix.send(self.location, res['type'] + '.' + res['ns'], dhcp_time)
self.server.send_data({ 'location': self.location, 'service': ns, 'check' : res['check'], 'value': dhcp_state })
except Exception as e:
logging.info("[Statistics] Generic exception: %s" % str(e))
elif res['type'] == 'ping' and res['ns'] == ns:
ping_state = res.get('state', 'NONE')
ping_max_rtt = res.get('max_rtt', None)
ping_avg_rtt = res.get('avg_rtt', None)
ping_min_rtt = res.get('min_rtt', None)
ping_packet_lost = res.get('packet_lost', None)
if ping_state == 'OK' and (ping_packet_lost != 0 or float(ping_avg_rtt) > 200):
ping_state = 'WARN'
try:
if ping_state != 'RUN':
self.zabbix.send(self.location, res['type'] + '.time.' + res['ns'] + '[' + res['check'] + ']', ping_avg_rtt)
self.zabbix.send(self.location, res['type'] + '.lost.' + res['ns'] + '[' + res['check'] + ']', ping_packet_lost)
self.server.send_data({ 'location': self.location, 'service': ns, 'check' : res['check'], 'value' : ping_state })
except Exception as e:
logging.info("[Statistics] Generic exception: %s" % str(e))
elif res['type'] == 'dns' and res['ns'] == ns:
dns_state = res.get('state', 'NONE')
dns_qtime = res.get('qtime', None)
if dns_state == 'OK' and float(dns_qtime) > 200:
dns_state = 'WARN'
try:
if dns_state != 'RUN':
self.zabbix.send(self.location, res['type'] + '.' + res['ns'], dns_qtime)
self.server.send_data({ 'location': self.location, 'service': ns, 'check' : res['check'], 'value': dns_state })
except Exception as e:
logging.info("[Statistics] Generic exception: %s" % str(e))
elif res['type'] == 'http' and res['ns'] == ns:
http_state = res.get('state', 'NONE')
http_code = res.get('code', None)
http_time = res.get('time', None)
http_speed = res.get('speed', None)
http_size = res.get('size', None)
if http_state == 'OK' and float(http_time) > 5:
http_state = 'WARN'
try:
if http_state != 'RUN':
self.zabbix.send(self.location, res['type'] + '.time.' + res['ns'] + '[' + res['check'] + ']', http_time)
self.zabbix.send(self.location, res['type'] + '.speed.' + res['ns'] + '[' + res['check'] + ']', http_speed)
self.server.send_data({ 'location': self.location, 'service': ns, 'check' : res['check'], 'value': http_state })
except Exception as e:
logging.info("[Statistics] Generic exception: %s" % str(e))
elif res['type'] == 'rzs' and res['ns'] == ns:
rzs_state = res.get('state', 'NONE')
rzs_total = res.get('rzs_total', None)
rzs_available = res.get('rzs_available', None)
rzs_unavailable = res.get('rzs_unavailable', None)
if rzs_state == 'OK' and (float(rzs_available)/float(rzs_total) > 0.1):
rzs_state = 'WARN'
if rzs_state == 'OK' and (float(rzs_available)/float(rzs_total) > 0.3):
rzs_state = 'FAIL'
try:
if rzs_state != 'RUN':
self.zabbix.send(self.location, res['type'] + '.total.' + res['ns'], rzs_total)
self.zabbix.send(self.location, res['type'] + '.available.' + res['ns'], rzs_available)
self.zabbix.send(self.location, res['type'] + '.unavailable.' + res['ns'], rzs_unavailable)
self.server.send_data({ 'location': self.location, 'service': ns, 'check' : res['check'], 'value': rzs_state })
except Exception as e:
logging.info("[Statistics] Generic exception: %s" % str(e))
time.sleep(float(self.delay))
