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Added selenio_mcp.

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Markus Birth 2017-11-28 15:04:51 +01:00
parent a4d77bb9a4
commit cda34a3d89
Signed by: mbirth
GPG Key ID: A9928D7A098C3A9A
7 changed files with 453 additions and 0 deletions
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7
src/selenio_mcp/baseinfo.ini Normal file
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[info]
title = Selenio MCP SNMP Checks
author = Markus Birth
description = SNMP based checks for the Selenio MCP frame controller.
version = 2016.06.01.1
version.min_required = 1.2.8p2
download_url = https://github.com/mbirth/check_mk-plugins

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src/selenio_mcp/checks/selenio_mcp_ctrls Normal file
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#!/usr/bin/python
# -*- coding: utf-8; py-indent-offset: 4 -*-
# _______ __ _ ____ __
# | | \ | |___ \ / /
# | | \| | __) | / /-,_
# | | |\ |/ __/ /__ _|
# |_______|_| \__|_____| |_|
#
# @author Markus Birth <markus.birth@weltn24.de>
def inventory_selenio_mcp_ctrls(info):
inventory = []
if len(info[0]) > 0:
inventory.append( ("Controllers", None) )
return inventory
def check_selenio_mcp_ctrls(item, _no_params, info):
E59enum = [ "Booting", "Fault", "In Service", "None", "not present", "Shutdown", "Wrong Type" ]
E66enum = [ "Active", "Standby", "Synchronizing", "not present" ]
if len(info[0]) < 3:
return 3, "%s not found in SNMP data." % item
# remove OID part from array
info[0].pop(0)
ctrlStatus = [ E59enum[int(info[0][0])], E59enum[int(info[0][1])] ]
ctrlStatus2 = [ E66enum[int(info[0][2])], E66enum[int(info[0][3])] ]
status = 0
message = ""
for i in range(0, len(ctrlStatus)):
c = ctrlStatus[i]
d = ctrlStatus2[i]
if i>0:
message += ", "
message += " Controller %i: %s (%s)" % ((i+1), c, d)
if c not in ["In Service", "not present"]:
if c in ["Booting", "Shutdown"]:
message += "(!)"
if status < 1:
status = 1
else:
message += "(!!)"
if status < 2:
status = 2
return status, message
check_info["selenio_mcp_ctrls"] = {
"check_function" : check_selenio_mcp_ctrls,
"inventory_function" : inventory_selenio_mcp_ctrls,
"service_description" : "%s",
"snmp_info" : (".1.3.6.1.4.1.290.9.3.3.21", ["1.1", "25.1"],
[ OID_END, # "1.1.1.1.0" (MCP3) or "25.1.1.1.0" (MCP1)
1176, # ctrl1Status (E59enum)
1190, # ctrl2Status
393, # ctrl1Status (E66enum)
228, # ctrl2Status
]),
"snmp_scan_function" : lambda oid: oid(".1.3.6.1.2.1.1.2.0").startswith(".1.3.6.1.4.1.290.9.3.3.21"),
"has_perfdata" : False
}

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src/selenio_mcp/checks/selenio_mcp_fans Normal file
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#!/usr/bin/python
# -*- coding: utf-8; py-indent-offset: 4 -*-
# _______ __ _ ____ __
# | | \ | |___ \ / /
# | | \| | __) | / /-,_
# | | |\ |/ __/ /__ _|
# |_______|_| \__|_____| |_|
#
# @author Markus Birth <markus.birth@weltn24.de>
def inventory_selenio_mcp_fans(info):
inventory = []
if len(info[0]) > 0 and info[0][1] > 0:
inventory.append( ("Fans", None) )
return inventory
def check_selenio_mcp_fans(item, _no_params, info):
E18enum = [ "degraded", "faulty", "not present", "OK", "N/A" ]
E46enum = [ "degraded", "faulty", "OK" ]
if len(info[0]) < 3:
return 3, "%s not found in SNMP data." % item
# remove OID part from array
info[0].pop(0)
# get frontpanelstatus
fpStatus = int(info[0].pop(0))
frontPanel = E18enum[fpStatus]
status = 0
message = ""
details = "\\nFrontpanel: %s" % frontPanel
if frontPanel != "OK" and frontPanel != "N/A":
status = 1
message += "Frontpanel is %s (!)" % frontPanel
# if frontPanel == "not present", fans 1..4 will report faults
for i in range(0, len(info[0])):
fan_state = E46enum[int(info[0][i])]
details += "\\nFan %i: %s" % ((i+1), fan_state)
if fan_state == "degraded":
if status < 1:
status = 1
message += " Fan %i is %s." % ((i+1), fan_state)
elif fan_state == "faulty":
if (frontPanel != "not present" or i>=4):
# only handle if fan failure is not due to open front panel
if status < 2:
status = 2
message += " Fan %i is %s. (!!)" % ((i+1), fan_state)
if message == "":
message = "All ok."
message += details
return status, message
check_info["selenio_mcp_fans"] = {
"check_function" : check_selenio_mcp_fans,
"inventory_function" : inventory_selenio_mcp_fans,
"service_description" : "%s",
"snmp_info" : (".1.3.6.1.4.1.290.9.3.3.21", ["1.1", "25.1"],
[ OID_END, # "1.1.1.1.0" (MCP3) or "25.1.1.1.0" (MCP1)
392, # frontPanelStatus (E18enum)
386, # fan1Value (E46enum)
387, # fan2Value
388, # fan3Value
389, # fan4Value
1394, # fan5Value
1395, # fan6Value
]),
"snmp_scan_function" : lambda oid: oid(".1.3.6.1.2.1.1.2.0").startswith(".1.3.6.1.4.1.290.9.3.3.21"),
"has_perfdata" : False
}

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src/selenio_mcp/checks/selenio_mcp_leds Normal file
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#!/usr/bin/python
# -*- coding: utf-8; py-indent-offset: 4 -*-
# _______ __ _ ____ __
# | | \ | |___ \ / /
# | | \| | __) | / /-,_
# | | |\ |/ __/ /__ _|
# |_______|_| \__|_____| |_|
#
# @author Markus Birth <markus.birth@weltn24.de>
def inventory_selenio_mcp_leds(info):
inventory = []
if len(info[0]) > 0 and info[0][1] > 0:
inventory.append( ("Frontpanel", None) )
return inventory
def check_selenio_mcp_leds(item, _no_params, info):
LEDs = [ "System", "Module", "Input", "Alarm", "Ctrl", "Ref", "CA Ref" ]
E18enum = [ "degraded", "faulty", "not present", "OK", "N/A" ]
E62enum = [ "Off", "Red", "Green", "Amber" ]
if len(info[0]) < 3:
return 3, "%s not found in SNMP data." % item
# remove OID part from array
info[0].pop(0)
# get frontpanelstatus
fpStatus = int(info[0].pop(0))
frontPanel = E18enum[fpStatus]
status = 0
message = "Frontpanel: %s" % frontPanel
details = "\\nFrontpanel: %s" % frontPanel
if frontPanel != "OK" and frontPanel != "N/A":
status = 1
for i in range(0, len(info[0])):
led_name = LEDs[i]
led_code = int(info[0][i])
led_color = E62enum[led_code]
details += "\\n%s LED: %s" % (led_name, led_color)
if led_color == "Amber":
if status < 1:
status = 1
message += " %s LED is %s" % (led_name, led_color)
elif led_color == "Red":
if status < 2:
status = 2
message += " %s LED is %s" % (led_name, led_color)
message += details
return status, message
check_info["selenio_mcp_leds"] = {
"check_function" : check_selenio_mcp_leds,
"inventory_function" : inventory_selenio_mcp_leds,
"service_description" : "%s",
"snmp_info" : (".1.3.6.1.4.1.290.9.3.3.21", ["1.1", "25.1"],
[ OID_END, # "1.1.1.1.0" (MCP3) or "25.1.1.1.0" (MCP1)
392, # frontPanelStatus (E18enum)
229, # systemLEDValue (E62enum)
230, # moduleLEDValue
231, # inputLEDValue
232, # alarmLEDValue
1159, # controllerLEDValue
1405, # refLEDValue ("Ref")
1406, # carefLEDValue ("CA Ref")
]),
"snmp_scan_function" : lambda oid: oid(".1.3.6.1.2.1.1.2.0").startswith(".1.3.6.1.4.1.290.9.3.3.21"),
"has_perfdata" : False
}

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src/selenio_mcp/checks/selenio_mcp_power Normal file
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#!/usr/bin/python
# -*- coding: utf-8; py-indent-offset: 4 -*-
# _______ __ _ ____ __
# | | \ | |___ \ / /
# | | \| | __) | / /-,_
# | | |\ |/ __/ /__ _|
# |_______|_| \__|_____| |_|
#
# @author Markus Birth <markus.birth@weltn24.de>
def inventory_selenio_mcp_power(info):
inventory = []
if len(info[0]) > 0 and info[0][1] > 0:
inventory.append( ("Power", None) )
return inventory
def check_selenio_mcp_power(item, _no_params, info):
E12enum = [ "Yes", "No" ]
E13enum = [ "not present", "unknown", "AC", "DC" ]
E18enum = [ "degraded", "faulty", "not present", "OK", "N/A" ]
E46enum = [ "degraded", "faulty", "OK" ]
E66enum = [ "Active", "Standby", "Synchronizing", "not present" ]
E71enum = [ "PS1 (left)", "PS2 (right)", "Both (load sharing)" ]
if len(info[0]) < 3:
return 3, "%s not found in SNMP data." % item
# remove OID part from array
info[0].pop(0)
systemVoltStatus = E46enum[int(info[0][0])]
psuStatus = [ E18enum[int(info[0][1])], E18enum[int(info[0][2])] ]
psuExpected = [ E12enum[int(info[0][3])], E12enum[int(info[0][4])] ]
ctrlVoltStatus = [ E18enum[int(info[0][5])], E18enum[int(info[0][6])] ]
psuType = [ E13enum[int(info[0][7])], E13enum[int(info[0][8])] ]
activePSU = E71enum[int(info[0][9])]
ctrlStatus = [ E66enum[int(info[0][10])], E66enum[int(info[0][11])] ]
status = 0
message = "Active PSU: %s." % activePSU
details = "\\nActive Power Supply: %s" % activePSU
details += "\\nPSU1: %s (Expected: %s) - %s" % (psuStatus[0], psuExpected[0], psuType[0])
details += "\\nPSU2: %s (Expected: %s) - %s" % (psuStatus[1], psuExpected[1], psuType[1])
details += "\\nSystem Voltage Status: %s" % systemVoltStatus
details += "\\nController 1 Status: %s" % ctrlStatus[0]
details += "\\nController 1 Voltage Status: %s" % ctrlVoltStatus[0]
details += "\\nController 2 Status: %s" % ctrlStatus[1]
details += "\\nController 2 Voltage Status: %s" % ctrlVoltStatus[1]
if systemVoltStatus != "OK":
message += " System voltage is %s." % systemVoltStatus
if systemVoltStatus == "degraded":
message += " (!)"
if status < 1:
status = 1
elif systemVoltStatus == "faulty":
message += " (!!)"
if status < 2:
status = 2
for i in range(0, 2):
if psuExpected[i] == "Yes" and psuStatus[i] != "OK":
message += " PSU%i is %s" % ((i+1), psuStatus[i])
if psuStatus[i] in [ "degraded", "N/A" ]:
if status < 1:
status = 1
else:
if status < 2:
status = 2
# if a controller is in Standby, the corresponding PSU will be "degraded"
if ctrlVoltStatus[i] not in [ "OK", "N/A" ] and not ( ctrlVoltStatus[i] == "degraded" and ctrlStatus[i] == "Standby" ):
message += " Ctrl%i voltage is %s." % ((i+1), ctrlVoltStatus[i])
if ctrlVoltStatus[i] in [ "degraded", "not present" ]:
message += " (!)"
if status < 1:
status = 1
else:
message += " (!!)"
if status < 2:
status = 2
if status == 0:
message += " All ok."
message += details
return status, message
check_info["selenio_mcp_power"] = {
"check_function" : check_selenio_mcp_power,
"inventory_function" : inventory_selenio_mcp_power,
"service_description" : "%s",
"snmp_info" : (".1.3.6.1.4.1.290.9.3.3.21", ["1.1", "25.1"],
[ OID_END, # "1.1.1.1.0" (MCP3) or "25.1.1.1.0" (MCP1)
385, # 0 systemVoltStatus (E46enum)
390, # 1 primaryPSUStatus (E18enum)
391, # 2 secondaryPSUStatus
473, # 3 PSU1 expected (E12enum)
474, # 4 PSU2 expected
1173, # 5 Ctrl1VoltageStatus (E18enum)
1186, # 6 Ctrl2VoltageStatus
1375, # 7 PSU1Type (E13enum)
1376, # 8 PSU2Type (E13enum)
1404, # 9 activePSU (E71enum)
393, # 10 Ctrl1Status (E66enum)
228, # 11 Ctrl2Status
]),
"snmp_scan_function" : lambda oid: oid(".1.3.6.1.2.1.1.2.0").startswith(".1.3.6.1.4.1.290.9.3.3.21"),
"has_perfdata" : False
}

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src/selenio_mcp/checks/selenio_mcp_temp Normal file
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#!/usr/bin/python
# -*- coding: utf-8; py-indent-offset: 4 -*-
# _______ __ _ ____ __
# | | \ | |___ \ / /
# | | \| | __) | / /-,_
# | | |\ |/ __/ /__ _|
# |_______|_| \__|_____| |_|
#
# @author Markus Birth <markus.birth@weltn24.de>
def inventory_selenio_mcp_temp(info):
inventory = []
if len(info[0]) > 0 and info[0][1] > 0:
inventory.append( ("Temperatures", None) )
return inventory
def check_selenio_mcp_temp(item, _no_params, info):
E18enum = [ "degraded", "faulty", "not present", "OK", "N/A" ]
E65enum = [ "N/A", "OK", "hot", "overheated" ]
if len(info[0]) < 3:
return 3, "%s not found in SNMP data." % item
# remove OID part from array
info[0].pop(0)
status = 0
ambTemp = info[0][0]
message = u"Ambient Temperature is %s℃." % (ambTemp)
details = ""
psuOk = True
for i in range(0, 2):
msg = "PSU %i is %s." % ((i+1), E18enum[int(info[0][1+i])])
details += "\\n" + msg
if int(info[0][1+i]) not in [2, 3, 4]:
message += " " + msg
status = 2
psuOk = False
if psuOk:
message += " PSUs: OK."
slotOk = True
for i in range(0, 14):
msg = "Slot %i is %s." % ((i+1), E65enum[int(info[0][3+i])])
details += "\\n" + msg
if int(info[0][3+i]) not in [0, 1]:
message += " " + msg
status = 2
slotOk = False
if slotOk:
message += " Slots: OK."
ctrlOk = True
for i in range(0, 2):
msg = "Ctrl %i is %s." % ((i+1), E65enum[int(info[0][17+i])])
details += "\\n" + msg
if int(info[0][17+i]) not in [0, 1]:
message += " " + msg
status = 2
ctrlOk = False
if ctrlOk:
message += " Ctrls: OK."
message += details
perfdata = [ ("Ambient_Temp", int(ambTemp), None, None, 0, 50) ]
return status, message, perfdata
check_info["selenio_mcp_temp"] = {
"check_function" : check_selenio_mcp_temp,
"inventory_function" : inventory_selenio_mcp_temp,
"service_description" : "%s",
"snmp_info" : (".1.3.6.1.4.1.290.9.3.3.21", ["1.1", "25.1"],
[ OID_END, # "1.1.1.1.0" (MCP3) or "25.1.1.1.0" (MCP1)
377, # 0 ambientTemperature (int/degC)
378, # 1 primaryPSUtempOK (E18enum)
379, # 2 secondaryPSUtempOK (E18enum)
567, # 3 slot1tempOK (E65enum)
593, # 4 slot2tempOK
619, # 5 slot3tempOK
644, # 6 slot4tempOK
670, # 7 slot5tempOK
696, # 8 slot6tempOK
722, # 9 slot7tempOK
748, # 10 slot8tempOK
774, # 11 slot9tempOK
800, # 12 slot10tempOK
826, # 13 slot11tempOK
852, # 14 slot12tempOK
878, # 15 slot13tempOK
904, # 16 slot14tempOK
1208, # 17 primaryCtrlTempOK (E65enum)
1185, # 18 secondaryCtrlTempOK (E65enum)
]),
"snmp_scan_function" : lambda oid: oid(".1.3.6.1.2.1.1.2.0").startswith(".1.3.6.1.4.1.290.9.3.3.21"),
"has_perfdata" : True
}

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src/selenio_mcp/web/plugins/perfometer/selenio_mcp_temp.py Normal file
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#!/usr/bin/python
# -*- coding: utf-8; py-indent-offset: 4 -*-
# _______ __ _ ____ __
# | | \ | |___ \ / /
# | | \| | __) | / /-,_
# | | |\ |/ __/ /__ _|
# |_______|_| \__|_____| |_|
#
# @author Markus Birth <markus.birth@weltn24.de>
def perfometer_selenio_mcp_temp(row, check_command, perfdata):
if len(perfdata) < 1:
return "", ""
tcur = int(perfdata[0][1])
tmax = int(perfdata[0][6])
return "%i℃" % tcur, perfometer_linear(tcur*100/tmax, "#f82")
perfometers["check_mk-selenio_mcp_temp"] = perfometer_selenio_mcp_temp