def check_status(self, logbuf):
self.status_data = self.fsm_parser.parse(logbuf=logbuf)
results = ResultInfo(**self.info)
if self.status_data:
results.data = self.status_data
else:
results.data = []
return results
def check_status(self, logbuf):
self.status_data = self.fsm_parser.parse(logbuf=logbuf)
hostname = self.status_data[0]['host']
results = ResultInfo(**self.info)
overload_units = []
for s in self.status_data:
if int(s['cpuload']) > self.checking_rules['cpuload'][0]:
# results.status = 'NOK'
overload_units.append(s)
results.status = (len(overload_units) == 0) and "OK" or "NOK"
results.stats = overload_units
results.data = self.status_data
# print(results.stats)
return results
def check_status(self, logbuf=None):
self.status_data = self.fsm_parser.parse(logbuf=logbuf)
hostname = self.status_data[0]['host']
self.info['hostname'] = hostname
results = ResultInfo(**self.info)
unit_status = []
info = []
stats = {'WO-EX': 0, 'SP-EX': 0, 'Other': 0}
for s in self.status_data:
if s['unit'] and s['status'] not in ['WO-EX', 'SP-EX']:
unit_status.append(False)
stats['Other'] += 1
info.append(s)
elif s['status']:
stats[s['status']] += 1
# print(stats)
results.status = all(unit_status) and "OK" or "NOK"
results.stats = stats
# print(results.stats)
results.data = self.status_data
results.info = info
# print(results.data)
return results