str(data['wireless']['polling']['capacity']),
6,
UOM='%')
plugin.addPerformanceData('txrate',
data['wireless']['txrate'],
7,
min='0',
max='270')
plugin.addPerformanceData('rxrate',
data['wireless']['rxrate'],
8,
min='0',
max='270')
# Check thresholds
if (plugin.checkThreshold(data['wireless']['signal'], 0) !=
plugin.returnValues['OK']):
plugin.returnString += " signal"
if (plugin.checkThreshold((96 - data['wireless']['chainrssi'][0]) * -1, 1)
!= plugin.returnValues['OK']):
plugin.returnString += " signalchain0"
if (plugin.checkThreshold((96 - data['wireless']['chainrssi'][1]) * -1, 2)
!= plugin.returnValues['OK']):
plugin.returnString += " signalchain1"
if (plugin.checkThreshold(data['wireless']['noisef'], 3) !=
plugin.returnValues['OK']):
plugin.returnString += " noise"
if (plugin.checkThreshold(data['wireless']['ccq'] / 10, 4) !=
plugin.returnValues['OK']):
plugin.returnString += " ccq"
if (plugin.checkThreshold(data['wireless']['polling']['quality'], 5) !=
req = Request(plugin.options.httphost + '/logout.cgi')
resp = urlopen(req)
# Collect performance data
plugin.addPerformanceData ('signal', str (data['wireless']['signal']), 0, min='-100', max='0')
plugin.addPerformanceData ('signalchain0', str ((96 - data['wireless']['chainrssi'][0]) * -1), 1, min='-100', max='0')
plugin.addPerformanceData ('signalchain1', str ((96 - data['wireless']['chainrssi'][1]) * -1), 2, min='-100', max='0')
plugin.addPerformanceData ('noise', str (data['wireless']['noisef']), 3, min='-100', max='0')
plugin.addPerformanceData ('ccq', str (data['wireless']['ccq'] / 10), 4, UOM='%')
plugin.addPerformanceData ('airmaxquality', str (data['wireless']['polling']['quality']), 5, UOM='%')
plugin.addPerformanceData ('airmaxcapacity', str (data['wireless']['polling']['capacity']), 6, UOM='%')
plugin.addPerformanceData ('txrate', data['wireless']['txrate'], 7, min='0', max='270')
plugin.addPerformanceData ('rxrate', data['wireless']['rxrate'], 8, min='0', max='270')
# Check thresholds
if (plugin.checkThreshold (data['wireless']['signal'], 0) != plugin.returnValues['OK']):
plugin.returnString += " signal"
if (plugin.checkThreshold ((96 - data['wireless']['chainrssi'][0]) * -1, 1) != plugin.returnValues['OK']):
plugin.returnString += " signalchain0"
if (plugin.checkThreshold ((96 - data['wireless']['chainrssi'][1]) * -1, 2) != plugin.returnValues['OK']):
plugin.returnString += " signalchain1"
if (plugin.checkThreshold (data['wireless']['noisef'], 3) != plugin.returnValues['OK']):
plugin.returnString += " noise"
if (plugin.checkThreshold (data['wireless']['ccq'] / 10, 4) != plugin.returnValues['OK']):
plugin.returnString += " ccq"
if (plugin.checkThreshold (data['wireless']['polling']['quality'], 5) != plugin.returnValues['OK']):
plugin.returnString += " airmaxquality"
if (plugin.checkThreshold (data['wireless']['polling']['capacity'], 6) != plugin.returnValues['OK']):
plugin.returnString += " airmaxcapacity"
if (plugin.checkThreshold (data['wireless']['txrate'], 7) != plugin.returnValues['OK']):
plugin.returnString += " txrate"
gps_dop_qual = 50
elif gps_dop > 3.5:
gps_dop_qual = 60
elif gps_dop > 2:
gps_dop_qual = 70
elif gps_dop > 1.5:
gps_dop_qual = 80
elif gps_dop > 1:
gps_dop_qual = 90
elif gps_dop > 0:
gps_dop_qual = 100
plugin.addPerformanceData("gps.dop_quality", gps_dop_qual, 8, min="0", max="100", UOM="%")
plugin.addPerformanceData("gps.sats", data.gps.sats, 9, min="0", max="10")
# Check thresholds
if plugin.checkThreshold(data.airfiber.rxpower0, 0) != plugin.returnValues["OK"]:
plugin.returnString += " airfiber.rxpower0"
if plugin.checkThreshold(data.airfiber.rxpower1, 1) != plugin.returnValues["OK"]:
plugin.returnString += " airfiber.rxpower1"
if plugin.checkThreshold(data.airfiber.rxcapacity, 2) != plugin.returnValues["OK"]:
plugin.returnString += " airfiber.rxcapacity"
if plugin.checkThreshold(data.airfiber.txcapacity, 3) != plugin.returnValues["OK"]:
plugin.returnString += " airfiber.txcapacity"
if plugin.checkThreshold(int(txmodrate), 4) != plugin.returnValues["OK"]:
plugin.returnString += " airfiber.txmodrate"
if plugin.checkThreshold(data.wireless.distance, 5) != plugin.returnValues["OK"]:
plugin.returnString += " wireless.distance"
if temperature_data_available:
if plugin.checkThreshold(data.airfiber.dactemp0, 6) != plugin.returnValues["OK"]:
plugin.returnString += " airfiber.dactemp0"
if plugin.checkThreshold(data.airfiber.dactemp1, 7) != plugin.returnValues["OK"]:
elif (gps_dop > 1.5):
gps_dop_qual = 80
elif (gps_dop > 1):
gps_dop_qual = 90
elif (gps_dop > 0):
gps_dop_qual = 100
plugin.addPerformanceData('gps.dop_quality',
gps_dop_qual,
8,
min='0',
max='100',
UOM='%')
plugin.addPerformanceData('gps.sats', data.gps.sats, 9, min='0', max='10')
# Check thresholds
if (plugin.checkThreshold(data.airfiber.rxpower0, 0) !=
plugin.returnValues['OK']):
plugin.returnString += " airfiber.rxpower0"
if (plugin.checkThreshold(data.airfiber.rxpower1, 1) !=
plugin.returnValues['OK']):
plugin.returnString += " airfiber.rxpower1"
if (plugin.checkThreshold(data.airfiber.rxcapacity, 2) !=
plugin.returnValues['OK']):
plugin.returnString += " airfiber.rxcapacity"
if (plugin.checkThreshold(data.airfiber.txcapacity, 3) !=
plugin.returnValues['OK']):
plugin.returnString += " airfiber.txcapacity"
if (plugin.checkThreshold(int(txmodrate), 4) != plugin.returnValues['OK']):
plugin.returnString += " airfiber.txmodrate"
if (plugin.checkThreshold(data.wireless.distance, 5) !=
plugin.returnValues['OK']):
