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#!/usr/bin/python
# -*- encoding: utf-8; py-indent-offset: 4 -*-
# +------------------------------------------------------------------+
# | ____ _ _ __ __ _ __ |
# | / ___| |__ ___ ___| | __ | \/ | |/ / |
# | | | | '_ \ / _ \/ __| |/ / | |\/| | ' / |
# | | |___| | | | __/ (__| < | | | | . \ |
# | \____|_| |_|\___|\___|_|\_\___|_| |_|_|\_\ |
# | |
# +------------------------------------------------------------------+
#
# This file will some day be part of Check_MK.
# The official homepage is at http://mathias-kettner.de/check_mk.
# Author: Daniel Karni <minodudd@gmail.com>
# EXAMPLE DATA FROM: Ablerex VT650 (vt650)
#<<<nut>>>
#vt650 battery.voltage: 14.10
#vt650 battery.voltage.high: -1.08
#vt650 battery.voltage.low: -0.87
#vt650 device.type: ups
#vt650 driver.name: blazer_usb
#vt650 driver.parameter.bus: 005
#vt650 driver.parameter.pollinterval: 2
#vt650 driver.parameter.port: auto
#vt650 driver.version: 2.6.4
#vt650 driver.version.internal: 0.08
#vt650 input.frequency: 49.9
#vt650 input.voltage: 235.6
#vt650 input.voltage.fault: 140.0
#vt650 output.voltage: 236.4
#vt650 ups.beeper.status: enabled
#vt650 ups.delay.shutdown: 30
#vt650 ups.delay.start: 180
#vt650 ups.load: 23
#vt650 ups.productid: 0000
#vt650 ups.status: OL
#vt650 ups.temperature: 30.0
#vt650 ups.type: offline / line interactive
#vt650 ups.vendorid: ffff
nut_temp_default_values = (35, 40)
nut_load_default_values = (70, 85)
nut_output_default_values = (245, 250)
nut_battery_default_levels = (10, 5)
nut_battery_charge_default_levels = (90, 85)
nut_battery_runtime_default_levels = (900, 600)
nut_input_voltage_fault_default_levels = (155, 160)
nut_input_default_levels = (245, 250)
nut_input_freq_default_levels = (51, 55)
# the inventory function (dummy)
def inventory_nut(check_type, info):
# begin with empty inventory
inventory = []
for line in info:
# loop over all output lines of the agent
if len(line) < 3:
#found a broken line (values are in the third column)
continue
if check_type == 'nut.device' and line[1] in [ 'device.type:', 'ups.productid:', 'ups.type:', 'ups.vendorid:',] and not (line[0], None) in inventory: inventory.append((line[0], None))
elif check_type == 'nut.driver' and line[1] in [ 'driver.name:', 'driver.parameter.bus:', 'driver.parameter.pollinterval:', 'driver.parameter.port:', 'driver.version:', 'driver.version.internal:',] and not (line[0], None) in inventory: inventory.append((line[0], None))
elif check_type == 'nut.input' and line[1] in [ 'input.frequency:', 'input.voltage:', 'input.voltage.fault:',] and not (line[0], None) in inventory: inventory.append((line[0], None))
elif check_type == 'nut.delay' and line[1] in [ 'ups.delay.shutdown:', 'ups.delay.start:',] and not (line[0], None) in inventory: inventory.append((line[0], None))
elif check_type == 'nut.input.freq' and line[1] == 'input.frequency:': inventory.append((line[0], None, 'nut_input_freq_default_levels'))
elif check_type == 'nut.input' and line[1] == 'input.voltage:': inventory.append((line[0], None, 'nut_input_default_levels'))
elif check_type == 'nut.input.fault' and line[1] == 'input.voltage.fault:': inventory.append((line[0], None, 'nut_input_voltage_fault_default_levels'))
elif check_type == 'nut.battery' and line[1] == 'battery.voltage:': inventory.append((line[0], None, 'nut_battery_default_levels'))
elif check_type == 'nut.battery.charge' and line[1] == 'battery.charge:': inventory.append((line[0], None, 'nut_battery_charge_default_levels'))
elif check_type == 'nut.battery.runtime' and line[1] == 'battery.runtime:': inventory.append((line[0], None, 'nut_battery_runtime_default_levels'))
elif check_type == 'nut.output' and line[1] == 'output.voltage:': inventory.append((line[0], None, 'nut_output_default_values'))
elif check_type == 'nut.beeper' and line[1] == 'ups.beeper.status:': inventory.append((line[0], None))
elif check_type == 'nut.load' and line[1] == 'ups.load:': inventory.append((line[0], None, 'nut_load_default_values'))
elif check_type == 'nut.temp' and line[1] == 'ups.temperature:': inventory.append((line[0], None, 'nut_temp_default_values'))
elif check_type == 'nut.status' and line[1] == 'ups.status:': inventory.append((line[0], None))
return inventory
def check_nut_value(item, params, info, lineLabel, factType, returnOutput):
warn, crit = params
for line in info:
if len(line) >= 3 and line[0] == item and line[1] == lineLabel+":":
lineData = float(line[2]);
perfdata = [ ( factType , lineData, warn, crit ) ];
if lineData >= crit:
return (2, ("CRIT - " + returnOutput) % lineData, perfdata)
elif lineData >= warn:
return (1, ("WARN - " + returnOutput) % lineData, perfdata)
else:
return (0, ("OK - " + returnOutput) % lineData, perfdata)
return (3, "UNKNOWN - %s not found in agent output for %s" % (lineLabel , item))
def check_nut_battery(item, params, info):
warn, crit = params
for line in info:
if len(line) >= 3 and line[0] == item and line[1] == "battery.voltage:":
voltage = float(line[2])
perfdata = [ ( "voltage", voltage, warn, crit ) ]
if voltage <= crit:
return (2, "CRIT - Battery Voltage is %0.2f V" % voltage, perfdata)
elif voltage <= warn:
return (1, "WARN - Battery Voltage is %0.2f V" % voltage, perfdata)
else:
return (0, "OK - Battery Voltage is %0.2f V" % voltage, perfdata)
return (3, "UNKNOWN - battery.voltage not found in agent output for %s" % item)
def check_nut_battery_charge(item, params, info):
warn, crit = params
for line in info:
if len(line) >= 3 and line[0] == item and line[1] == "battery.charge:":
charge = float(line[2])
perfdata = [ ( "charge", charge, warn, crit ) ]
if charge <= crit:
return (2, "CRIT - Battery Charge is %0.2f %%" % charge, perfdata)
elif charge <= warn:
return (1, "WARN - Battery Charge is %0.2f %%" % charge, perfdata)
else:
return (0, "OK - Battery Charge is %0.2f %%" % charge, perfdata)
return (3, "UNKNOWN - battery.charge not found in agent output for %s" % item)
def check_nut_battery_runtime(item, params, info):
warn, crit = params
for line in info:
if len(line) >= 3 and line[0] == item and line[1] == "battery.runtime:":
runtime_s = int(line[2])
runtime = float(line[2]) / 60
perfdata = [ ( "runtime", runtime, warn, crit ) ]
if runtime_s <= crit:
return (2, "CRIT - Battery Runtime is %0.2f min" % runtime, perfdata)
elif runtime_s <= warn:
return (1, "WARN - Battery Runtime is %0.2f min" % runtime, perfdata)
else:
return (0, "OK - Battery Runtime is %0.2f min" % runtime, perfdata)
return (3, "UNKNOWN - battery.runtime not found in agent output for %s" % item)
### String collection checks
def check_nut_device(item, params, info):
output = []
for line in info:
if len(line) < 3 or line[0] != item:
continue
value = line[2]
field = line[1]
if field in [ 'device.type:',
'ups.productid:',
'ups.type:',
'ups.vendorid:',]:
for val, lab, txt in [
(value, 'device.type:', 'Device Type'),
(value, 'ups.productid:', 'Product ID'),
(value, 'ups.type:', 'UPS Type'),
(value, 'ups.vendorid:', 'Vendor ID'),
]:
if field == lab:
output.append('%s: %s' % (txt, val))
if not output:
return (3, 'UNKNOWN - Found no info in nut outout')
return (0, "OK - Device Details: %s" % (', '.join(output)))
def check_nut_driver(item, params, info):
output = []
for line in info:
if len(line) < 3 or line[0] != item:
continue
value = line[2]
field = line[1]
if field in [ 'driver.name:',
'driver.parameter.bus:',
'driver.parameter.pollinterval:',
'driver.parameter.port:',
'driver.version:',
'driver.version.internal:',]:
for val, lab, txt in [
(value, 'driver.name:', 'Name'),
(value, 'driver.parameter.bus:', 'Parameter Bus'),
(value, 'driver.parameter.pollinterval:', 'Poll Interval'),
(value, 'driver.parameter.port:', 'Port'),
(value, 'driver.version:', 'Version'),
(value, 'driver.version.internal:', 'Internal Version'),
]:
if field == lab:
output.append('%s: %s' % (txt, val))
if not output:
return (3, 'UNKNOWN - Found no info in nut outout')
return (0, "OK - Driver Details: %s" % (', '.join(output)))
def check_nut_delay(item, params, info):
output = []
for line in info:
if len(line) < 3 or line[0] != item:
continue
value = line[2]
field = line[1]
if field in [ 'ups.delay.shutdown:',
'ups.delay.start:',]:
for val, lab, txt in [
(value, 'ups.delay.shutdown:', 'Shutdown Delay'),
(value, 'ups.delay.start:', 'Start Delay'),
]:
if field == lab:
output.append('%s: %s' % (txt, val))
if not output:
return (3, 'UNKNOWN - Found no info in nut outout')
return (0, "OK - Device Details: %s" % (', '.join(output)))
### String comparison checks
def check_nut_beeper(item, params, info):
for line in info:
if len(line) < 3 or line[0] != item:
continue
value = line[2]
if line[1] == 'ups.beeper.status:':
if value == 'enabled':
return (0, "OK - UPS Beeper Status is enabled")
elif value == 'disabled':
return (1, "WARN - UPS Beeper Status is disabled")
return (3, "UNKNOWN - UPS Beeper Status cannot be determined for %s" % item)
def check_nut_status(item, params, info):
for line in info:
if len(line) < 3 or line[0] != item:
continue
values = line[2:]
if line[1] == 'ups.status:':
if values[0] == 'OL':
if len(values) > 1:
if values[1] == 'RB':
return (1, "WARN - UPS Status is Onlince / Replace Battery (OL RB)")
return (1, "WARN - UPS Status has unknown extra fields: %s" % (", ".join(values[1:])))
return (0, "OK - UPS Status is Online (OL)")
elif values[0] == 'OB':
return (1, "WARN - UPS Status is On Battery (OB)")
elif values[0] == 'LB':
return (2, "CRIT - UPS Status is Low Battery (LB)")
return (3, "UNKNOWN - UPS Status cannot be determined for %s" % item)
# declare the check to Check_MK
check_info["nut.battery"] = (check_nut_battery, 'NUT %s Battery Voltage', 1, lambda info: inventory_nut("nut.battery", info))
check_info["nut.battery.charge"] = (check_nut_battery_charge, 'NUT %s Battery Charge', 1, lambda info: inventory_nut("nut.battery.charge", info))
check_info["nut.battery.runtime"] = (check_nut_battery_runtime, 'NUT %s Battery Runtime', 1, lambda info: inventory_nut("nut.battery.runtime", info))
check_info["nut.device"] = (check_nut_device, 'NUT %s Device Details', 0, lambda info: inventory_nut("nut.device", info))
check_info["nut.driver"] = (check_nut_driver, 'NUT %s Driver Details', 0, lambda info: inventory_nut("nut.driver", info))
check_info["nut.input"] = (lambda item, params, info: check_nut_value(item, params, info,"input.voltage", "voltage", "Input Voltage is %0.2f V"), 'NUT %s Input Voltage', 1, lambda info: inventory_nut("nut.input", info))
check_info["nut.input.freq"] = (lambda item, params, info: check_nut_value(item, params, info,"input.frequency", "frequency", "Input Frequency is %0.2f Hz"), 'NUT %s Input Frequency', 1, lambda info: inventory_nut("nut.input.freq", info))
check_info["nut.input.fault"] = (lambda item, params, info: check_nut_value(item, params, info,"input.voltage.fault", "voltage", "Input Voltage fault is %0.2f V"), 'NUT %s Input Voltage Fault', 1, lambda info: inventory_nut("nut.input.fault", info))
check_info["nut.output"] = (lambda item, params, info: check_nut_value(item, params, info,"output.voltage", "voltage", "Output Voltage is %0.2f V"), 'NUT %s Output Voltage', 1, lambda info: inventory_nut("nut.output", info))
check_info["nut.load"] = (lambda item, params, info: check_nut_value(item, params, info,"ups.load", "load", "Load is %d %%"), 'NUT %s Load Percentage', 1, lambda info: inventory_nut("nut.load", info))
check_info["nut.temp"] = (lambda item, params, info: check_nut_value(item, params, info,"ups.temperature", "temp", "Temperature is %0.1f C"), 'NUT %s Temperature', 1, lambda info: inventory_nut("nut.temp", info))
check_info["nut.beeper"] = (check_nut_beeper, 'NUT %s Beeper Status', 0, lambda info: inventory_nut("nut.beeper", info))
check_info["nut.delay"] = (check_nut_delay, 'NUT %s Delay settings', 0, lambda info: inventory_nut("nut.delay", info))
check_info["nut.status"] = (check_nut_status, 'NUT %s Status', 0, lambda info: inventory_nut("nut.status", info))
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