checks/apc_ats_output

   1 #!/usr/bin/python
   2 # -*- encoding: utf-8; py-indent-offset: 4 -*-
   3 # +------------------------------------------------------------------+
   4 # |             ____ _               _        __  __ _  __           |
   5 # |            / ___| |__   ___  ___| | __   |  \/  | |/ /           |
   6 # |           | |   | '_ \ / _ \/ __| |/ /   | |\/| | ' /            |
   7 # |           | |___| | | |  __/ (__|   <    | |  | | . \            |
   8 # |            \____|_| |_|\___|\___|_|\_\___|_|  |_|_|\_\           |
   9 # |                                                                  |
  10 # | Copyright Mathias Kettner 2014             mk@mathias-kettner.de |
  11 # +------------------------------------------------------------------+
  12 #
  13 # This file is part of Check_MK.
  14 # The official homepage is at http://mathias-kettner.de/check_mk.
  15 #
  16 # check_mk is free software;  you can redistribute it and/or modify it
  17 # under the  terms of the  GNU General Public License  as published by
  18 # the Free Software Foundation in version 2.  check_mk is  distributed
  19 # in the hope that it will be useful, but WITHOUT ANY WARRANTY;  with-
  20 # out even the implied warranty of  MERCHANTABILITY  or  FITNESS FOR A
  21 # PARTICULAR PURPOSE. See the  GNU General Public License for more de-
  22 # tails. You should have  received  a copy of the  GNU  General Public
  23 # License along with GNU Make; see the file  COPYING.  If  not,  write
  24 # to the Free Software Foundation, Inc., 51 Franklin St,  Fifth Floor,
  25 # Boston, MA 02110-1301 USA.
  26
  27 apc_ats_output_default_levels = {"output_voltage_max": (240, 250), "load_perc_max": (85, 95)}
  28
  29
  30 def inventory_apc_ats_output(info):
  31     return [(x[0], "apc_ats_output_default_levels") for x in info]
  32
  33
  34 def check_apc_ats_output(item, params, info):
  35     for line in info:
  36         if line[0] == item:
  37             vac, watt, ampere, load_perc = map(int, line[1:])
  38             ampere = ampere / 10
  39             state = 0
  40             messages = []
  41             perf = []
  42
  43             # Output Voltage Max
  44             warn, crit = params.get('output_voltage_max', (None, None))
  45             perf.append(('volt', vac, warn, crit))
  46             base_msg = "%d Volt" % vac
  47             if warn and crit:
  48                 levels = " its to high (Warning/Critical %d/%d)" % (warn, crit)
  49             else:
  50                 levels = ""
  51             if crit and vac > crit:
  52                 state = 2
  53                 base_msg += levels + "(!!)"
  54             elif warn and vac > warn:
  55                 state = 1
  56                 base_msg += levels + "(!)"
  57
  58             # Output Voltage Min
  59             warn, crit = params.get('output_voltage_min', (None, None))
  60             if warn and crit:
  61                 levels = " its to low (warn/crit %d/%d)" % (warn, crit)
  62             else:
  63                 levels = ""
  64             if crit and vac < crit:
  65                 state = 2
  66                 base_msg += levels + "(!!)"
  67             elif warn and vac < warn:
  68                 state = max(state, 1)
  69                 base_msg += levels + "(!)"
  70
  71             messages.append(base_msg)
  72
  73             # Watt
  74             perf.append(('watt', watt))
  75             messages.append("%d Watt" % watt)
  76
  77             # Ampere and Percent Load
  78             perf.append(("ampere", ampere))
  79             messages.append("%d Ampere" % ampere)
  80
  81             warn, crit = params.get('load_perc_max', (None, None))
  82             if warn and crit:
  83                 levels = " its to high (warn/crit %d/%d) " % (warn, crit)
  84             else:
  85                 levels = ""
  86             base_msg = "Load: %d%%" % load_perc
  87             if crit and load_perc > crit:
  88                 state = 2
  89                 base_msg += " " + levels + "(!!)"
  90             elif warn and load_perc > warn:
  91                 state = max(state, 1)
  92                 base_msg += " " + levels + "(!)"
  93             warn, crit = params.get('load_perc_min', (None, None))
  94             if warn and crit:
  95                 levels = " its to low (warn/crit %d/%d) " % (warn, crit)
  96             else:
  97                 levels = ""
  98             if crit and load_perc < crit:
  99                 state = 2
 100                 base_msg += " " + levels + "(!!)"
 101             elif warn and load_perc < warn:
 102                 state = max(state, 1)
 103                 base_msg += " " + levels + "(!)"
 104             perf.append(("load_perc", load_perc, warn, crit))
 105             messages.append(base_msg)
 106
 107             return state, "Running with: " + ", ".join(messages), perf
 108     return 3, "Power phase not found"
 109
 110
 111 check_info["apc_ats_output"] = {
 112     "check_function": check_apc_ats_output,
 113     "group": "apc_ats_output",
 114     "inventory_function": inventory_apc_ats_output,
 115     "service_description": "Phase %s output",
 116     "has_perfdata": True,
 117     "snmp_scan_function": lambda oid: ".1.3.6.1.4.1.318.1.3.11" in oid(".1.3.6.1.2.1.1.2.0"),
 118     "snmp_info": (
 119         ".1.3.6.1.4.1.318.1.1.8.5.4.3.1",
 120         [
 121             "1",  # atsOutputPhaseTableIndex
 122             #"2", # atsOutputPhaseIndex 1-3 = Phase 1-3, 4 = Neutral
 123             "3",  # atsOutputVoltage (VAC)
 124             "13",  # atsOutputPower (Watt)
 125             "4",  # atsOutputCurrent (0.1 AMPERE)
 126             "10",  # atsOutputPercentLoad
 127         ]),
 128 }