def process(self, device, results, log):
"""collect snmp information from this device"""
log.info('processing %s for device %s', self.name(), device.id)
getdata, tabledata = results
f_tbl = results[1].get('FanTable', {})
# if no no comps found exit
if not f_tbl:
log.info('%s NOT found on device %s ---- skipping Model' % (self.relname, device.id))
return None
rm = self.relMap()
for snmpindex, row in f_tbl.items():
om = self.objectMap(row)
# there are IOS bugs out there where sensors will not get names
# guard against this condition
if om.title == '':
om.title = 'Unknown-(probable IOS bug)'
if match_exclude_regex(device, om.title, self.maptype, log):
continue
om.id = self.prepId(om.title)
om.state = decode_envmon_state(om.state)
om.snmpindex = snmpindex.strip('.')
rm.append(om)
return rm
def process(self, device, results, log):
"""collect snmp information from this device"""
log.info('processing %s for device %s', self.name(), device.id)
f_tbl = results[1].get('FanTable', {})
# if no no comps found exit
if not f_tbl:
log.info('%s NOT found on device %s ---- skipping Model' % (self.relname, device.id))
return None
rm = self.relMap()
for snmpindex, row in f_tbl.items():
om = self.objectMap(row)
# there are IOS bugs out there where sensors will not get names
# guard against this condition
if om.title == '':
om.title = 'Unknown-(probable IOS bug)'
if match_exclude_regex(device, om.title, self.maptype, log):
continue
om.id = self.prepId(om.title)
om.state = decode_envmon_state(om.state)
om.snmpindex = snmpindex.strip('.')
rm.append(om)
if rm.maps:
log.info('Found %d CiscoEnvMonFans' % len(rm.maps))
else:
log.info('No CiscoEnvMonFans Found')
return rm
def process(self, device, results, log):
"""collect snmp information from this device"""
log.info("processing %s for device %s", self.name(), device.id)
getdata, tabledata = results
p_tbl = results[1].get("PowerSupplyTable", {})
# if no no comps found exit
if not p_tbl:
log.info("%s NOT found on device %s ---- skipping Model" % (self.relname, device.id))
return None
rm = self.relMap()
for snmpindex, row in p_tbl.items():
om = self.objectMap(row)
# there are IOS bugs out there where sensors will not get names
# guard against this condition
if om.title == "":
om.title = "Unknown-(probable IOS bug)"
if match_exclude_regex(device, om.title, self.maptype, log):
continue
if hasattr(om, "supply_source"):
om.supply_source = decode_ps_source(om.supply_source)
else:
om.supply_source = "Not Reported"
om.snmpindex = snmpindex.strip(".")
om.id = self.prepId(om.title)
om.state = decode_envmon_state(om.state)
om.snmpindex = snmpindex.strip(".")
rm.append(om)
return rm
def envmon_status_handler(device, component, evt, log=log):
"""
Update status properties in the model based on build in
Zenoss status thresholds
"""
if not device or not component:
return
# prevent non min-max thresholds from triggering state change
# and prevent tracebacks from newly discovered devices
if not getattr(evt, 'current', None):
return
if not component.hasProperty('state'):
return
maybe_new_state = decode_envmon_state(int(float(evt.current)))
if not getattr(component, 'state') == maybe_new_state:
setattr(component, 'state', maybe_new_state)
if device.zCiscoMonIgnoreNotPresent and component.state == 'notPresent':
evt.severity = 2
evt.summary = evt.message = "Cisco Hardware Alert, %s\
Changed status to: %s" % (component.meta_type, maybe_new_state)
def envmon_status_handler(device, component, evt, log=log):
'''
Update status properties in the model based on build in
Zenoss status thresholds
'''
if not device or not component:
return
# prevent non min-max thresholds from triggering state change
# and prevent tracebacks from newly discovered devices
if not getattr(evt, 'current', None):
return
if not component.hasProperty('state'):
return
maybe_new_state = decode_envmon_state(int(float(evt.current)))
if not getattr(component, 'state') == maybe_new_state:
setattr(component, 'state', maybe_new_state)
if device.zCiscoMonIgnoreNotPresent and component.state == 'notPresent':
evt.severity = 2
evt.summary = evt.message = "Cisco Hardware Alert, %s\
Changed status to: %s" % (component.meta_type, maybe_new_state)
def process(self, device, results, log):
"""collect snmp information from this device"""
log.info('processing %s for device %s', self.name(), device.id)
# if no no comps found exit
t_tbl = results[1].get('TemperatureTable', {})
if not t_tbl:
log.info('%s NOT found on device %s ---- skipping Model' %
(self.relname, device.id))
return None
rm = self.relMap()
for snmpindex, row in t_tbl.items():
om = self.objectMap(row)
# there are IOS bugs out there where sensors will not get names
# guard against this condition
if om.title == '':
om.title = 'Unknown-(probable IOS bug)'
log.info(
'Not getting temperature sensor names correctly, may be IOS bug'
)
# for some reason Cisco appends the current status to the name of the component
# strip this off as is makes attaching traps etc very difficult
om.title = re.sub(r', (RED|YELLOW|GREEN)$', '', om.title)
om.title = om.title.rstrip(', YELLOW').rstrip(', RED').rstrip(
', GREEN')
if match_exclude_regex(device, om.title, self.maptype, log):
continue
om.id = self.prepId(om.title)
om.state = decode_envmon_state(om.state)
om.snmpindex = snmpindex.strip('.')
# you can get some crazy values for this...do a sanity check
ts = getattr(om, 'temperature_threshold', '')
if not ts or ts <= 0 or ts >= 750:
om.temperature_threshold = str(maxint / 2)
rm.append(om)
if rm.maps:
log.info('Found %d CiscoEnvMonTemperaturSensors' % len(rm.maps))
else:
log.info('No CiscoEnvMonTemperaturSensors Found')
return rm
def process(self, device, results, log):
"""collect snmp information from this device"""
log.info('processing %s for device %s', self.name(), device.id)
v_tbl = results[1].get('VoltageStatusTable', {})
# if no no comps found exit
if not v_tbl:
log.info('%s NOT found on device %s ---- skipping Model' %
(self.relname, device.id))
return None
rm = self.relMap()
for snmpindex, row in v_tbl.items():
om = self.objectMap(row)
# there are IOS bugs out there where sensors will not get names
# guard against this condition
if om.title == '':
om.title = 'Unknown-(probable IOS bug)'
if match_exclude_regex(device, om.title, self.maptype, log):
continue
om.title = om.title.strip(' in mV')
om.id = self.prepId(om.title)
om.state = decode_envmon_state(om.state)
om.snmpindex = snmpindex.strip('.')
# you can get some crazy values for this...do a sanity check
vsh = getattr(om, 'voltage_threshold_high', '')
if not vsh or vsh <= 0 or vsh >= 10000:
om.voltage_threshold_high = str(maxint / 2)
# you can get some crazy values for this...do a sanity check
vsl = getattr(om, 'voltage_threshold_low', '')
if not vsl or vsl <= 0:
om.voltage_threshold_low = str((-maxint - 1) / 2)
rm.append(om)
if rm.maps:
log.info('Found %d CiscoEnvMonVoltageSensors' % len(rm.maps))
else:
log.info('No CiscoEnvMonFans Found')
return rm
def process(self, device, results, log):
"""collect snmp information from this device"""
log.info("processing %s for device %s", self.name(), device.id)
getdata, tabledata = results
# if no no comps found exit
t_tbl = results[1].get("TemperatureTable", {})
if not t_tbl:
log.info("%s NOT found on device %s ---- skipping Model" % (self.relname, device.id))
return None
rm = self.relMap()
for snmpindex, row in t_tbl.items():
om = self.objectMap(row)
# there are IOS bugs out there where sensors will not get names
# guard against this condition
if om.title == "":
om.title = "Unknown-(probable IOS bug)"
log.info("Not getting temperature sensor names correctly, may be IOS bug")
# for some reason Cisco appends the current status to the name of the component
# strip this off as is makes attaching traps etc very difficult
om.title = re.sub(r", (RED|YELLOW|GREEN)$", "", om.title)
om.title = om.title.rstrip(", YELLOW").rstrip(", RED").rstrip(", GREEN")
if match_exclude_regex(device, om.title, self.maptype, log):
continue
om.id = self.prepId(om.title)
om.state = decode_envmon_state(om.state)
om.snmpindex = snmpindex.strip(".")
# you can get some crazy values for this...do a sanity check
ts = getattr(om, "temperature_threshold", "")
if not ts or ts <= 0 or ts >= 750:
om.temperature_threshold = str(maxint / 2)
rm.append(om)
return rm
def process(self, device, results, log):
"""collect snmp information from this device"""
log.info('processing %s for device %s', self.name(), device.id)
getdata, tabledata = results
v_tbl = results[1].get('VoltageStatusTable', {})
# if no no comps found exit
if not v_tbl:
log.info('%s NOT found on device %s ---- skipping Model' % (self.relname, device.id))
return None
rm = self.relMap()
for snmpindex, row in v_tbl.items():
om = self.objectMap(row)
# there are IOS bugs out there where sensors will not get names
# guard against this condition
if om.title == '':
om.title = 'Unknown-(probable IOS bug)'
if match_exclude_regex(device, om.title, self.maptype, log):
continue
om.title = om.title.strip(' in mV')
om.id = self.prepId(om.title)
om.state = decode_envmon_state(om.state)
om.snmpindex = snmpindex.strip('.')
# you can get some crazy values for this...do a sanity check
vsh = getattr(om, 'voltage_threshold_high', '')
if not vsh or vsh <= 0 or vsh >= 10000:
om.voltage_threshold_high = str(maxint/2)
# you can get some crazy values for this...do a sanity check
vsl = getattr(om, 'voltage_threshold_low', '')
if not vsl or vsl <= 0:
om.voltage_threshold_low = str((-maxint-1)/2)
rm.append(om)
return rm