def check_condition(self, response):
"""
Checks status and returns relevant nagios messages and codes.
"""
perf_string = performance_data(label = "requestTimer",
value = self._request_timer,
uom = "s",
mini = 0)
perf_string = " |" + perf_string
message_params = dict(dial_first=self.dial_first, timeout=self.timeout, timer=self._request_timer)
base_message = "Call to %(dial_first)i %(status)s - switchvox timeout %(timeout)i sec, timer %(timer)f"
results = {}
errors = self.get_errors(response)
if errors:
# Errors we don't want
base_err_message = "unexpected error code: %(code)s; error message: %(message)s"
error_message_str = "; ".join([base_err_message % err for err in errors])
base_message = error_message_str + base_message
results["code"] = "CRITICAL"
message_params['status'] = "failed"
else:
results["code"] = "OK"
message_params['status'] = "completed"
results["response"] = (base_message % message_params) + perf_string
return results
def check_condition(self, response):
"Checks status and returns relevant nagios messages and codes."
errors = self.get_errors(response)
expected_errors = set([41591])
perf_string = performance_data(label = "requestTimer",
value = self._request_timer,
uom = "s",
mini = 0)
perf_string = " |" + perf_string
####
# Check for unexpected errors
####
bad_errors = [err for err in errors if err["code"] not in expected_errors]
base_message = "Call to %(dial_first)i %(status)s - switchvox timeout %(timeout)i sec, timer %(timer)f"
message_params = dict(dial_first=self.dial_first, timeout=self.timeout, timer=self._request_timer)
results = {}
if bad_errors:
# Errors we don't want
base_err_message = "unexpected error code: %(code)s; error message: %(message)s"
error_message_str = "; ".join([base_err_message % err for err in bad_errors])
results["code"] = "CRITICAL"
message_params['status'] = "failed"
base_message = error_message_str + base_message
elif not errors:
# No errors at all. We want our expected errors.
## FIXME: Must write tests for this.
results["code"] = "CRITICAL"
message_params['status'] = "completed"
elif self._request_timer < self.timeout:
# Errors that we do want but timers are wrong.
results["code"] = "CRITICAL"
message_params['status'] = "failed before specified timeout"
else:
# Errors we do want. Timers are good.
results["code"] = "OK"
message_params['status'] = "failed (as expected)"
results["response"] = (base_message % message_params) + perf_string
return results
def check_condition(self, response):
"""
Checks status and returns relevant nagios messages and codes.
"""
alarm_states = self._process_response_alarms(response)
errors = self.get_errors(response)
perf_strings = []
for label in (NO_ALARM, ALARM):
perf = performance_data(label=label, value=alarm_states[label], mini=0)
perf_strings.append(perf)
perf_string = " |" + " ".join(perf_strings)
if not alarm_states[NO_ALARM] >= 1:
# 0 non-alarm channels
return {"code": "CRITICAL", "response": "No channels available in non-alarm state" + perf_string}
elif alarm_states[ALARM]:
# 1 or more alarmed channels. Really non-zero alarmed channels.
return {"code": "WARNING", "response": "Some channels in non-alarm state" + perf_string}
else:
return {"code": "OK", "response": "All channels OK" + perf_string}