def run(self, args):
# Here is the core of the plugin.
# After doing your verifications, escape by doing:
# self.exit(return_code, 'return_message', *performance_data)
perfdata = []
try:
# Get a keystone token
keystone = keystone_client.Client(
username=args['username'],
tenant_name=args['tenant'],
password=args['password'],
auth_url=args['auth_url'],
)
# Auth with glance
start_time = datetime.datetime.now()
client = glance_client.Client(
auth_url=args['auth_url'],
username=args['username'],
tenant=args['tenant'],
endpoint=args['endpoint'],
host=args.get('host'),
token=keystone.auth_token,
)
end_time = datetime.datetime.now()
perfdata.append(
PerfData('auth_time',
((end_time - start_time).total_seconds() / 1000),
min_='0',
unit='ms'))
except Exception as e:
self.exit(STATES.UNKNOWN, str(e))
# Get the images
images = [image for image in client.images.list()]
# Get the image count
image_count = len(images)
perfdata.append(
PerfData('image_count', image_count, min_=(args.get('req_count'))))
# Check the count of images
if args.get('req_count') and image_count < args.get('req_count'):
self.exit(
STATES.CRITICAL, 'Not enough images (%s < %s)' %
(image_count, args.get('req_count')), *perfdata)
# Check the required images
missing_images = []
if args.get('req_images'):
for image in args.get('req_images'):
if image not in images:
missing_images.append(image)
if len(missing_images) > 0:
self.exit(STATES.CRITICAL,
'Images: %s are missing' % ' '.join(missing_images),
*perfdata)
self.exit(STATES.OK, 'OK - %s images found' % image_count, *perfdata)
def run(self, args):
# Here is the core of the plugin.
# After doing your verifications, escape by doing:
# self.exit(return_code, 'return_message', *performance_data)
data_list = self.get_data_list()
# reset these variables at 0
number_stations = 0
number_open_stations = 0
day_downhill = 0
day_open = 0
night_downhill = 0
night_open = 0
# use to verify if all stations in region are undetermined
number_unknown_stations = 0
region = args.get("region").decode("utf8")
for index in data_list:
if index["region"] == region or region == u"Tout le Québec":
number_stations += 1
if index["state"] == u"Ouvert":
number_open_stations += 1
day_downhill += int(index["day"][1])
day_open += int(index["day"][0])
night_downhill += int(index["night"][1])
night_open += int(index["night"][0])
if index["state"] == u"Indéterminé":
number_unknown_stations += 1
# handle if all stations in region are undetermined
if number_unknown_stations == number_stations:
message = "OK: There's not information for this region"
self.exit(STATES.UNKNOWN, message)
# calculate the number of stations per region
# included open and close
number_stations = number_stations - number_unknown_stations
p1 = PerfData("open_stations",
number_open_stations,
unit='stations',
crit="0",
min_="0",
max_=number_stations)
p2 = PerfData('day_open',
day_open,
unit='downhills',
min_="0",
max_=day_downhill)
p3 = PerfData('night_open',
night_open,
unit='downhills',
min_="0",
max_=night_downhill)
if number_open_stations == 0:
message = ("CRITICAL: There's %s on %s stations open in %s" %
(number_open_stations, number_stations, region))
self.exit(STATES.CRITICAL, message, p1, p2, p3)
else:
message = ("OK: There's %s on %s stations open in %s" %
(number_open_stations, number_stations, region))
self.exit(STATES.OK, message, p1, p2, p3)
def run(self, args):
""" Main Plugin function """
# Here is the core of the plugin.
# After doing your verifications, escape by doing:
# self.exit(return_code, 'return_message', *performance_data)
p1 = PerfData('spam', 42, unit='%', warn=70, crit=90, min_=0, max_=100)
p2 = PerfData('eggs', 6, unit='%', warn=20, crit=30, min_=0, max_=100)
self.ok("Everything was perfect", p1, p2)
def run(self, args):
# Here is the core of the plugin.
# After doing your verifications, escape by doing:
# self.exit(return_code, 'return_message', *performance_data)
perfdata = []
try:
start_time = datetime.datetime.now()
c = client.Client(
username=args['username'],
tenant_name=args['tenant'],
password=args['password'],
auth_url=args['auth_url'],
)
if not c.authenticate():
self.exit(STATES.UNKNOWN, 'Authentication failed')
end_time = datetime.datetime.now()
perfdata.append(
PerfData('auth_time',
((end_time - start_time).total_seconds() / 1000),
min_='0',
unit='ms'))
except Exception as e:
self.exit(STATES.UNKNOWN, str(e))
endpoints = c.service_catalog.get_endpoints()
services = args['services'] or endpoints.keys()
msgs = []
for service in services:
if service not in endpoints.keys():
msgs.append("`%s' service is missing" % service)
continue
if not len(endpoints[service]):
msgs.append("`%s' service is empty" % service)
continue
if not any([
"publicURL" in endpoint.keys()
for endpoint in endpoints[service]
]):
msgs.append("`%s' service has no publicURL" % service)
perfdata.append(PerfData('service_count', len(endpoints), min_='0'))
if len(msgs) > 0:
self.exit(STATES.CRITICAL, ' '.join(msgs), *perfdata)
else:
self.exit(
STATES.OK, "Got token %s for user %s and tenant %s" %
(c.auth_token, c.auth_user_id, c.auth_tenant_id), *perfdata)
def run(self, args):
# Here is the core of the plugin.
# After doing your verifications, escape by doing:
# self.exit(return_code, 'return_message', *performance_data)
url = args['url']
xml = self.get_xml(url)
try:
tree = etree.fromstring(xml)
except Exception as e:
self.exit(STATES.UNKNOWN,
'Incorrect XML received or parser error: %s' % e)
empty_stations = full_stations = 0
total = len(tree)
for station in tree:
try:
nbBikes = int(station.find('nbBikes').text)
nbEmptyDocks = int(station.find('nbEmptyDocks').text)
except Exception as e:
self.exit(STATES.UNKNOWN,
'Incorrect XML received or parser error: %s' % e)
if nbEmptyDocks == 0: # Houston, we have a problem
empty_stations += 1
if nbBikes == 0:
full_stations += 1
problems = empty_stations + full_stations
str_pb = 'problems' if problems >= 2 else 'problem'
p1 = PerfData('empty_stations', empty_stations, max_=total)
p2 = PerfData('full_stations', full_stations, max_=total)
# no warning and critic, since the values we have are associated to empty+full
if problems < int(args['warning']):
self.exit(STATES.OK,
'OK - %d %s / %d stations' % (problems, str_pb, total),
p1, p2)
elif problems < int(args['critical']):
self.exit(
STATES.WARNING,
'WARNING - %d %s / %d stations' % (problems, str_pb, total),
p1, p2)
else:
self.exit(
STATES.CRITICAL,
'CRITICAL - %d %s / %d stations' % (problems, str_pb, total),
p1, p2)
def run(self, args):
# Here is the core of the plugin.
# After doing your verifications, escape by doing:
# self.exit(return_code, 'return_message', *performance_data)
# fetches data
url = args['url'] + '?token=' + args['token']
data = self.get_feed(url)
alerts = gtfs.FeedMessage()
try:
alerts.ParseFromString(data)
except Exception as e:
self.exit(STATES.UNKNOWN,
'UNKNOWN - Bad data format or unknown error: %s' % e)
nb = len(alerts.entity)
str_plural = 'problems' if nb >= 2 else 'problem'
message = '%d %s' % (nb, str_plural)
perfdata = PerfData('problems',
nb,
warn=int(args['warning']),
crit=int(args['warning']),
min_=0)
if nb < int(args['warning']):
self.exit(STATES.OK, 'OK - ' + message, perfdata)
elif nb < int(args['critical']):
self.exit(STATES.WARNING, 'WARNING - ' + message, perfdata)
else:
self.exit(STATES.CRITICAL, 'CRITICAL - ' + message, perfdata)
def run(self, args):
try:
request = urllib2.Request(args.url)
opener = urllib2.build_opener()
request.add_header('User-Agent', args.user_agent)
start = datetime.datetime.now()
code = opener.open(request).getcode()
end = datetime.datetime.now()
except Exception as err:
try:
code = err.code
self.critical('HTTP %s - %s' % (code, err))
except Exception:
self.unknown('%s' % err)
else:
if code >= 400:
self.critical('HTTP %s' % code)
else:
response_time = end - start
perfdata = PerfData('response_time',
response_time.microseconds / 1000 +
response_time.seconds * 1000,
unit='ms',
min_=0)
self.ok('HTTP %s' % code, perfdata)
def check_used_memory_human(self, con, host, port, warning, critical, unit):
result = con.info()
used_memory_human = result["used_memory_human"]
used_memory_human = used_memory_human[:-1]
used_memory_human = float(used_memory_human)
warning = float(warning)
critical = float(critical)
if unit == "GB":
used_memory_human = used_memory_human / 1024**2
elif unit == "MB":
used_memory_human = used_memory_human / 1024
if used_memory_human > critical:
message = "CRITICAL: current used memory is %.2f %s" % (used_memory_human, unit)
code = STATES.CRITICAL
elif used_memory_human > warning:
message = "WARNING: current used memory is %.2f %s" % (used_memory_human, unit)
code = STATES.WARNING
else:
message = "OK: current used memory is %.2f %s" % (used_memory_human, unit)
code = STATES.OK
used_memory_human = "%0.2f"%(used_memory_human)
warning = "%0.2f"%(warning)
critical = "%0.2f"%(critical)
p1 = PerfData("used_memory_human", used_memory_human, unit=unit, warn=warning, crit=critical, min_=0)
self.exit(code, message, p1)
def check_latency(self, con, host, port, warning, critical):
st = time.time()
count = 10000
for i in range(count):
con.ping()
et = time.time()
total_time = et - st
total_time=float(total_time)
critical= float(critical)
warning= float(warning)
if total_time > critical:
total_time="%0.2f"%(float(total_time))
message = "CRITICAL: ping %d times cost %s seconds" % (count, total_time)
code = STATES.CRITICAL
elif total_time > warning:
total_time="%0.2f"%(float(total_time))
message = "WARNING: ping %d times cost %s seconds" % (count, total_time)
code = STATES.WARNING
else:
total_time="%0.2f"%(float(total_time))
message = "OK: ping %d times cost %s seconds" % (count, total_time)
code = STATES.OK
warning = "%0.2f"%(warning)
critical = "%0.2f"%(critical)
p1 = PerfData("total_time", total_time, unit="s", warn=warning, crit=critical, min_=0)
self.exit(code, message, p1)
def check_connect(self, con, host, port, warning, critical, db):
signal.signal(signal.SIGALRM, self.handler_timeout)
signal.alarm(30)
#p = subprocess.Popen(["redis-cli", "info"], stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
#out, err = p.communicate()
try:
start_time = time.time()
con.info()
end_time = time.time()
except Exception:
code = STATES.CRITICAL
message = "Could not connect to Redis at host: %s, %d" %(host, port)
self.exit(code, message)
connection_time = end_time - start_time
warning = float(warning)
critical = float(critical)
if connection_time > critical:
code = STATES.CRITICAL
message = "Connection to Redis seems slow: %0.2f s" % connection_time
elif connection_time > warning:
code = STATES.WARNING
message = "Connection to Redis seems slow: %0.2f s" % connection_time
else:
code = STATES.OK
message = "connection is good: %0.2f s" % connection_time
p1 = PerfData("connection_time", "%0.2f" % connection_time, unit="s", warn=warning, crit=critical, min_=0)
self.exit(code, message, p1)
def run(self, args):
""" Main Plugin function """
# Here is the core of the plugin.
# After doing your verifications, escape by doing:
# self.exit(return_code, 'return_message', *performance_data)
args.critical = float(args.critical)
args.warning = float(args.warning)
workers = []
for i in range(int(args.workers)):
workers.append(Worker(args.url, int(args.queries)))
workers[i].start()
all_done = False
while not all_done:
time.sleep(0.1)
all_done = True
for worker in workers:
if not worker.done.value:
all_done = False
resp_time = []
nb_fail = 0
for worker in workers:
while not worker.resp_time.empty():
resp_time.append(worker.resp_time.get())
nb_fail += worker.nb_fail.value
if len(resp_time) != 0:
total = 0.
for value in resp_time:
total += value
mean_time = total / len(resp_time)
else:
mean_time = -1
message = 'Mean time: %.2f seconds'
if nb_fail > int(args.max_fail):
self.critical('Too many requests failed')
elif mean_time >= args.critical:
code = STATES.CRITICAL
elif mean_time >= args.warning:
code = STATES.WARNING
elif 0 < mean_time < args.warning:
code = STATES.OK
else:
self.unknown("Exited in a unknown state")
if args.perfdata:
perf = PerfData('meantime',
mean_time,
warn=args.warning,
crit=args.critical,
min_=min(resp_time),
max_=max(resp_time))
self.exit(code, message % mean_time, perf)
self.exit(code, message % mean_time)
def run(self, args):
# Here is the core of the plugin.
# After doing your verifications, escape by doing:
# self.exit(return_code, 'return_message', *performance_data)
html = self.get_html(args.url)
tree = lxml.html.fromstring(html)
data1 = tree.xpath(args.functional_stretchers)
data2 = tree.xpath(args.occupied_stretchers)
if len(data1) == len(data2) == 1:
try:
data1 = int(data1[0].strip())
except Exception as e:
self.exit(STATES.UNKNOWN,
'Not integer (functional stretchers): %s' % data1)
try:
data2 = int(data2[0].strip())
except Exception as e:
self.exit(STATES.UNKNOWN,
'Not integer (occupied stretchers): %s' % data2)
result = 100 * data2 / data1
p1 = PerfData('functional_stretchers', data1, min_=0)
p2 = PerfData('occupied_stretchers', data2, min_=0)
p3 = PerfData('occupation',
result,
warn=args.warning,
crit=args.critical,
min_=0,
max_=100)
if result < int(args.warning):
self.exit(STATES.OK, '%d%%' % result, p1, p2, p3)
elif result < int(args.critical):
self.exit(STATES.WARNING, '%d%%' % result, p1, p2, p3)
else:
self.exit(STATES.CRITICAL, '%d%%' % result, p1, p2, p3)
self.exit(STATES.UNKNOWN,
'Wrong data extracted: %s - %s' % (data1, data2))
def run(self, args):
# Here is the core of the plugin.
# After doing your verifications, escape by doing:
# self.exit(return_code, 'return_message', *performance_data)
data = self.get_json(args.url)
try:
data = json.loads(data)
except Exception as e:
self.exit(STATES.UNKNOWN, 'Error loading json data: %s' % e)
try:
result = data['reports'][args.metric]
except Exception as e:
self.exit(STATES.UNKNOWN, 'Metric not found: %s' % args.metric)
if args.warning is not None:
# then we're working with numbers
if result is None:
self.unknown("No data available for %s (None)" % args.metric)
try:
result = float(result)
except Exception as e:
self.exit(STATES.UNKNOWN, 'Error, %s is not a number' % result)
perfdata = PerfData(args.metric,
result,
warn=args.warning,
crit=args.critical)
if result < float(args.warning):
self.exit(STATES.OK, '%s' % result, perfdata)
elif result < float(args.critical):
self.exit(STATES.WARNING, '%s' % result, perfdata)
else:
self.exit(STATES.CRITICAL, '%s' % result, perfdata)
else:
perfdata = PerfData(args.metric, result)
self.exit(STATES.OK, '%s' % result, perfdata)
def test_perfdata_none(self):
perfdata = PerfData(
'label',
'value',
unit=None,
warn=None,
crit=None,
min_=None,
max_=None,)
self.assertEqual(perfdata.unit, '')
self.assertEqual(perfdata.warn, '')
self.assertEqual(perfdata.crit, '')
self.assertEqual(perfdata.min_, '')
self.assertEqual(perfdata.max_, '')
def run(self, args):
""" Main Plugin function """
# Here is the core of the plugin.
# After doing your verifications, escape by doing:
# self.exit(return_code, 'return_message', *performance_data)
scheme = 'https://' if args.ssl else 'http://'
url = scheme + args.hostname + "/" + args.url + "?auto"
try:
filehandle = urllib.urlopen(url)
except Exception as err:
self.unknown("Unexpected error: %s" % err)
metrics = {
"Total Accesses:(.*)": ("total_acc", "accesses"),
"Total kBytes:(.*)": ("total_Kb", "Kb"),
"CPULoad:(.*)": ("cpu_load", ""),
"Uptime:(.*)": ("uptime", "s"),
"ReqPerSec:(.*)": ("req_per_sec", "req_per_sec"),
"BytesPerSec:(.*)": ("bytes_per_sec", "bytes_per_sec"),
"BytesPerReq:(.*)": ("bytes_per_req", "bytes_per_req"),
"BusyWorkers:(.*)": ("busy_workers", "workers"),
"IdleWorkers:(.*)": ("idle_workers", "workers"),
}
results = {}
perfdatas = []
for line in filehandle.readlines():
for metric, metric_info in metrics.items():
name, unit = metric_info
match = re.match(metric, line)
if match:
value = float(match.group(1).strip())
results[name] = value
if args.perfdata:
perfdatas.append(
PerfData(name, value, unit=unit, min_=0))
if results == {}:
message = "No data found on %s. Please check you apache configuration"
self.unknown("Server seems not available (%s)" % message)
message = " # ".join(
["%s: %0.2f" % (n, v) for n, v in results.items()])
self.ok(message, *perfdatas)
def run(self, args):
# Here is the core of the plugin.
# After doing your verifications, escape by doing:
# self.exit(return_code, 'return_message', *performance_data)
html = self.get_html()
tree = lxml.html.fromstring(html)
status = tree.xpath(STATUS_XPATH)
lines = tree.xpath(LINES_XPATH)
if len(status) == len(lines) == LINES_COUNT:
problems = []
for i in range(LINES_COUNT):
if status[i] != u'Normal métro service':
problems.append(lines[i].strip())
if 0 <= len(problems) < args.warning:
msg = 'OK'
code = STATES.OK
elif args.warning <= len(problems) < args.critical:
msg = 'WARNING'
code = STATES.WARNING
else:
msg = 'CRITICAL'
code = STATES.CRITICAL
perfdata = PerfData('problems',
len(problems),
warn=args.warning,
crit=args.critical,
min_=0,
max_=LINES_COUNT)
is_problems = len(problems) > 0
final_msg = (
'%(msg)s - %(problems)d problem%(plural)s %(list)s' % {
'msg': msg,
'problems': len(problems),
'plural': 's' if len(problems) >= 2 else '',
'list': ': ' + ', '.join(problems) if is_problems else ''
})
self.exit(code, final_msg, perfdata)
self.unknown('Wrong data received: %s [...]' % html[:100])
def check_connected_clients(self, con, host, port, warning, critical):
result = con.info()
connected_count = int(result["connected_clients"])
critical = int(critical)
warning = int(warning)
if connected_count > critical:
message = "CRITICAL: there's %s connected clients" % connected_count
code = STATES.CRITICAL
elif connected_count > warning:
message = "WARNING: there's %s connected clients" % connected_count
code = STATES.WARNING
else:
message = "OK: there's %s connected clients" % connected_count
code = STATES.OK
p1 = PerfData("connected_count", connected_count, unit="clients", warn=warning, crit=critical, min_=0)
self.exit(code, message, p1)
def check_used_memory_rss(self, con, host, port, warning, critical):
result = con.info()
used_memory_rss = float(result["used_memory_rss"])
critical= float(critical)
warning= float(warning)
if used_memory_rss > critical:
message = "CRITICAL: current used memory rss is %s B" % used_memory_rss
code = STATES.CRITICAL
elif used_memory_rss > warning:
message = "WARNING: current used memory rss is %s B" % used_memory_rss
code = STATES.WARNING
else:
message = "OK: current used memory rss is %s B " % used_memory_rss
code = STATES.OK
p1 = PerfData("used_memory_rss", used_memory_rss, unit="B", warn=warning, crit=critical, min_=0)
self.exit(code, message, p1)
def get_emc_temperature(self, args, values):
try:
values = [(str(k), float(str(v)) / 10.0)
for k, v in values] # Value is XXX for XX.X
except Exception:
self.unknown("Can't parse data for emc temperature")
critical = False
warning = False
msg = ""
perfdatas = []
for oid, val in values:
if val >= args.critical:
if not critical:
msg = "EMC Temperature - Critical threshold %d Celsius" % args.critical
msg += " - Unit%s: %0.1fC" % (
oid[-1], val
) #The last char is a number and is picked identify the Unit
critical = True
elif val >= args.warning and not critical:
if not warning:
msg = "EMC Temperature - Warning threshold %d Celsius" % args.warning
msg += " - Unit%s: %0.1fC" % (
oid[-1], val
) #The last char is a number and is picked identify the Unit
warning = True
elif not warning and not critical:
if msg == "":
msg = "EMC Temperature"
msg += " - Unit%s: %0.1fC" % (
oid[-1], val
) #The last char is a number and is picked identify the Unit
perfdatas.append(
PerfData("Unit%s" % oid[-1], val, unit="C", min_=0))
if critical:
self.critical(msg, *perfdatas)
elif warning:
self.warning(msg, *perfdatas)
else:
self.ok(msg, *perfdatas)
def get_output_percent(self, args, values):
try:
values = [(str(k), int(str(v))) for k, v in values]
except Exception:
self.unknown("Can't parse data for output percent")
critical = False
warning = False
msg = ""
perfdatas = []
for oid, val in values:
if val >= args.critical:
if not critical:
msg = "Output percent - Critical threshold %d%%" % args.critical
msg += " - Unit%s: %d%%" % (
oid[-1], val
) #The last char is a number and is picked identify the Unit
critical = True
elif val >= args.warning and not critical:
if not warning:
msg = "Output percent - Warning threshold %d%%" % args.warning
msg += " - Unit%s: %d%%" % (
oid[-1], val
) #The last char is a number and is picked identify the Unit
warning = True
elif not warning and not critical:
if msg == "":
msg = "Output percent"
msg += " - Unit%s: %d%%" % (
oid[-1], val
) #The last char is a number and is picked identify the Unit
perfdatas.append(
PerfData("Unit%s" % oid[-1], val, unit="%", min_=0))
if critical:
self.critical(msg, *perfdatas)
elif warning:
self.warning(msg, *perfdatas)
else:
self.ok(msg, *perfdatas)
def run(self, args):
# Here is the core of the plugin.
# After doing your verifications, escape by doing:
# self.exit(return_code, 'return_message', *performance_data)
acceskey = args.get('acceskey')
secretkey = args.get('secretkey')
if acceskey is not None and secretkey is not None:
sqs = boto.connect_sqs(
aws_access_key_id=acceskey,
aws_secret_access_key=secretkey
)
else:
sqs = boto.connect_sqs()
queue = sqs.get_all_queues(prefix=args.get('queue'))[0]
if queue is None:
self.exit(STATES.UNKNOWN, "Could not find queue")
queue_size = queue.count()
perf_data = []
perf_data.append(
PerfData(
'QueueLenght',
queue_size,
warn=args.get('warn'),
crit=args.get('crit'),
min_=0,
)
)
if queue_size > args.get('critical'):
self.exit(STATES.CRITICAL, "CRITICAL", *perf_data)
elif queue_size > args.get('warning'):
self.exit(STATES.WARNING, "WARNING", *perf_data)
else:
self.exit(STATES.OK, "OK", *perf_data)
def get_battery_status(self, args, values):
if len(values) != 1:
self.unknown("Only one battery is managed now sorry")
try:
out = int(str(values[0][1]))
except Exception:
self.unknown("Can't parse data for battery status")
perfdatas = [PerfData("Status", out)]
if out == 1:
self.critical("Battery status UNKNOWN", *perfdatas)
elif out == 2:
self.ok("Battery Status Normal", *perfdatas)
elif out == 3:
self.critical("Battery Status : LOW", *perfdatas)
elif out == 4:
self.critical("Battery Status : DEPLETED", *perfdatas)
else:
self.unknown('Plugin ERROR')
def compute_output(self, interface, args):
"""Prepare output
"""
perf_datas = []
# If show only up enabled and interface down
# Doesn't it it in output
if args['only-up'] and interface['oper'] != 1:
return
seconds = int(interface.get('date', 0)) - int(
interface.get('old_date', 0))
# seconds == 0, it's impossible
if seconds == 0:
return STATES.OK, "Waiting next check"
output_datas = {}
output_datas['name'] = interface['descr']
# HANDLE COUNTER RESET
## Set limit
## 32bits : 4294967295
## 64bits : 18446744073709551615
if args['64bits']:
# Check 64Bits support
if self.out_octet_64 is None or self.in_octet_64 is None:
print "This device doesn't support 64bits counters"
sys.exit(STATES.UNKNOWN)
limit = 18446744073709551615
in_counter_name = "in_octet_64"
out_counter_name = "out_octet_64"
old_in_counter_name = "old_in_octet_64"
old_out_counter_name = "old_out_octet_64"
else:
limit = 4294967295
in_counter_name = "in_octet"
out_counter_name = "out_octet"
old_in_counter_name = "old_in_octet"
old_out_counter_name = "old_out_octet"
## Calc and handle Reset
### IN
if int(interface.get(old_in_counter_name, 0)) > int(
interface.get(in_counter_name, 0)):
in_octets = limit - int(interface.get(
old_in_counter_name, 0)) + int(
interface.get(in_counter_name, 0))
else:
in_octets = int(interface.get(in_counter_name, 0)) - int(
interface.get(old_in_counter_name, 0))
### OUT
if int(interface.get(old_out_counter_name, 0)) > int(
interface.get(out_counter_name, 0)):
out_octets = limit - int(interface.get(
old_out_counter_name, 0)) + int(
interface.get(out_counter_name, 0))
else:
out_octets = int(interface.get(out_counter_name, 0)) - int(
interface.get(old_out_counter_name, 0))
output_datas['raw_in_bandwidth'] = in_octets / seconds
output_datas['raw_out_bandwidth'] = out_octets / seconds
output_datas['in_bandwidth'], output_datas['in_unit'] = convert_octets(
output_datas['raw_in_bandwidth'])
output_datas['out_bandwidth'], output_datas[
'out_unit'] = convert_octets(output_datas['raw_out_bandwidth'])
output_datas['state'] = IF_STATUS[interface.get('oper', 2)]
if args['realbandwidth']:
interface['speed'] = args['realbandwidth']
# bit to byte
output_datas['speed'] = interface['speed'] / 8.0
msg = ("%(name)s:%(state)s "
"(%(in_bandwidth).2f%(in_unit)s/"
"%(out_bandwidth).2f%(out_unit)s)" % output_datas)
output_datas['name'] = output_datas['name'].replace(" ", "_")
if args['perfdata']:
# handle one interface
perf_datas.append(
PerfData('%(name)s_in_Bps' % output_datas,
'%(raw_in_bandwidth)0.2f' % output_datas,
unit='Bps',
min_=0.0))
perf_datas.append(
PerfData('%(name)s_out_Bps' % output_datas,
'%(raw_out_bandwidth)0.2f' % output_datas,
unit='Bps',
min_=0.0))
if output_datas['speed'] != 0:
output_datas['prct_in'] = output_datas[
'raw_in_bandwidth'] * 100 / output_datas['speed']
output_datas['prct_out'] = output_datas[
'raw_out_bandwidth'] * 100 / output_datas['speed']
# Put % data in first for Nagvis
perf_datas.insert(
0,
PerfData('%(name)s_in_prct' % output_datas,
'%(prct_in)0.2f' % output_datas,
'%',
min_=0.0,
max_=100.0))
perf_datas.insert(
0,
PerfData('%(name)s_out_prct' % output_datas,
'%(prct_out)0.2f' % output_datas,
'%',
min_=0.0,
max_=100.0))
if args['error']:
output_datas['raw_in_discard'] = self.in_discard
output_datas['raw_out_discard'] = self.out_discard
perf_datas.append(
PerfData('%(name)s_in_discard' % output_datas,
'%(raw_in_discard)0.2f' % output_datas, 'c'))
perf_datas.append(
PerfData('%(name)s_out_discard' % output_datas,
'%(raw_out_discard)0.2f' % output_datas, 'c'))
output_datas['raw_in_error'] = self.in_error
output_datas['raw_out_error'] = self.out_error
perf_datas.append(
PerfData('%(name)s_in_error' % output_datas,
'%(raw_in_error)0.2f' % output_datas, 'c'))
perf_datas.append(
PerfData('%(name)s_out_error' % output_datas,
'%(raw_out_error)0.2f' % output_datas, 'c'))
return STATES.OK, msg, perf_datas
class Plugin(BasePlugin):
NAME = 'check-json-by-ec2-tags'
VERSION = '0.1'
DESCRIPTION = 'Runs check-json on all AWS ec2 instances with a particular tag.'
AUTHOR = 'Alexandre Viau'
EMAIL = '*****@*****.**'
ARGS = [ # Can't touch this:
('h', 'help', 'display plugin help', False),
('v', 'version', 'display plugin version number', False),
# Hammer time^W^W Add your plugin arguments here:
# ('short', 'long', 'description', 'does it expect a value?')
('t', 'tag', 'The tag to look for', True),
('e', 'endpoint', 'The endpoint of the json api. ex: /local_stats',
True),
('p', 'port', 'The port of the json api. ex: /local_stats', True),
('a', 'attribute', 'The attribute to look for', True),
('k', 'acceskey', 'AWS Acces Key ID (optional)', True),
('s', 'secretkey', 'AWS Secret Key ID (optional)', True),
('w', 'warning', 'Limit to result in a warning state', True),
('c', 'critical', 'Limit to result in a critical state', True),
]
def check_args(self, args):
# You can do your various arguments check here.
# If you don't need to check things, you can safely remove the method.
if args.get('url') and not args['url'].startswith('http'):
return False, 'the url must be fetchable through http'
if not args.get('tag'):
return False, 'you must specify a tag'
if not args.get('endpoint'):
return False, 'you must specify an endpoint'
if not args.get('port'):
return False, 'you must specify a port'
if not args.get('attribute'):
return False, 'you must specify an attribute to look for'
return True, None
def run(self, args):
# Here is the core of the plugin.
# After doing your verifications, escape by doing:
# self.exit(return_code, 'return_message', *performance_data)
acceskey = args.get('acceskey')
secretkey = args.get('secretkey')
if acceskey is not None and secretkey is not None:
ec2 = boto.connect_ec2(aws_access_key_id=acceskey,
aws_secret_access_key=secretkey)
else:
ec2 = boto.connect_ec2()
callers = ec2.get_all_instances(filters={'tag-value': args.get('tag')})
ips = [r.instances[0].ip_address for r in callers]
values = []
for ip in ips:
try:
r = requests.get('http://%s:%s%s' %
(ip, args.get('port'), args.get('endpoint')))
value = int(r.json()[args.get('attribute')])
values.append(value)
except requests.exceptions.RequestException, e:
self.exit(STATES.UNKNOWN, "UNKNOWN - %s" % e, [])
lowest_value = min(values)
highest_value = max(values)
lowest_value_perfdata = PerfData(
'lowest',
lowest_value,
warn=args.get('warning') or '',
crit=args.get('critical') or '',
min_=0,
)
highest_value_perfdata = PerfData(
'highest',
highest_value,
warn=args.get('warning') or '',
crit=args.get('critical') or '',
min_=0,
)
performance_data = [lowest_value_perfdata, highest_value_perfdata]
if args.get('critical') and highest_value > args.get('critical'):
self.exit(STATES.CRITICAL, "CRITICAL", *performance_data)
elif args.get('warning') and highest_value > args.get('warning'):
self.exit(STATES.WARNING, "WARNING", *performance_data)
else:
self.exit(STATES.OK, "OK", *performance_data)
def run(self, args):
""" Main Plugin function """
# Define variables
## perfdata
p1 = ""
p2 = ""
p3 = ""
p4 = ""
## total
usage_per_month = 0.0
used_total_percent = 0.0
receive_per_month = 0.0
transmit_per_month = 0.0
## output
msg = ""
# Get reset day
day = args.reset_day
# Get interface name
interface = args.interface_name
# Prepare interface variables
# create cache_file with the name of interface and the path
cache_file = os.path.join(args.cache_folder, interface + ".txt")
interface_total = interface + "_total"
interface_percent = interface + "_percent"
interface_received = interface + "_received"
interface_transmitted = interface + "_transmitted"
# Get thresholds
one_gb = 1024 * 1024 * 1024
warning = args.warning
critical = args.critical
if not isinstance(warning, PercentValue):
warning /= one_gb
if not isinstance(critical, PercentValue):
critical /= one_gb
# Get limit
limit = args.limit / one_gb if args.limit is not None else None
# check if cache_folder exist if not create one
if not os.path.exists(args.cache_folder):
os.makedirs(args.cache_folder)
# Get total
new_total = self.get_total(interface)
# Get received
new_received = self.get_receive(interface)
# Get transmit
new_transmit = self.get_transmit(interface)
# if the file doesn't exist
if not os.path.isfile(cache_file):
try:
int_fh = open(cache_file, "w")
except IOError:
self.unknown("Cannot write temp file: %s" % cache_file)
old_update = "00000000"
# Write datas in file
int_fh.write("%s %0.30f %0.30f %0.30f %0.30f "
"%0.30f %0.30f %0.30f %0.30f %0.30f" %
(old_update, new_total, new_total, new_received,
new_received, new_transmit, new_transmit, new_total,
new_received, new_transmit))
# Close file
int_fh.close()
# Exit for the first launch
self.ok("First use of plugin")
else:
try:
int_fh = open(cache_file, "r+")
except IOError:
self.unknown("Cannot read/write temp file: %s" % cache_file)
# read file
data_list = int_fh.readline()
# prepare read datas
data_list = data_list.strip().split()
# get data
old_update = data_list[0]
# get totals
prev_used_total = float(data_list[1])
prev_receive_total = float(data_list[3])
prev_transmit_total = float(data_list[5])
# Get offsetsl
prev_offset = float(data_list[2])
prev_receive_offset = float(data_list[4])
prev_transmit_offset = float(data_list[6])
# get old datas
old_data = float(data_list[7])
old_receive = float(data_list[8])
old_transmit = float(data_list[9])
# get reset date
reset_date = self.get_reset_day(day)
# Get today
to_day = time.strftime("%m%d%Y")
# Check if the counter restarted
if new_total >= prev_used_total:
used_total = new_total
receive_total = new_received
transmit_total = new_transmit
else:
# Handle counter restart
if new_total >= old_data:
used_total = prev_used_total + (new_total - old_data)
receive_total = prev_receive_total + (new_received -
old_receive)
transmit_total = prev_transmit_total + (new_transmit -
old_transmit)
else:
used_total = prev_used_total + new_total
receive_total = prev_receive_total + new_received
transmit_total = prev_transmit_total + new_transmit
# get all data to update storage file
old_data = new_total
old_receive = new_received
old_transmit = new_transmit
# get all data for output
usage_per_month = used_total - prev_offset
receive_per_month = receive_total - prev_receive_offset
transmit_per_month = transmit_total - prev_transmit_offset
# check if to day is reset date
if to_day == reset_date and to_day != old_update:
prev_offset = used_total
prev_receive_offset = receive_total
prev_transmit_offset = transmit_total
old_update = reset_date
# write data to file
int_fh.seek(0)
int_fh.write(
"%s %0.30f %0.30f %0.30f %0.30f "
"%0.30f %0.30f %0.30f %0.30f %0.30f" %
(old_update, used_total, prev_offset, receive_total,
prev_receive_offset, transmit_total, prev_transmit_offset,
old_data, old_receive, old_transmit))
int_fh.close()
# check_linux_bandwidth_usage -i eth0 -W 50 -C 90 -d 10 -l 500
if limit is not None and isinstance(warning, PercentValue):
# calculate bandwidth per month in %
usage_per_month_percent = (usage_per_month / limit) * 100
# user does not give warning in GB so we have to calculate it
s_warning = "%0.2f" % ((warning / 100) * limit)
s_critical = "%0.2f" % ((warning / 100) * limit)
# convert all data to float with 2 decimal places
receive_per_month = "%0.2f" % (float(receive_per_month))
transmit_per_month = "%0.2f" % (float(transmit_per_month))
usage_per_month = "%0.2f" % usage_per_month
msg = "%s usage: %0.2f%% (%s/%0.2fGB)" % (
interface, usage_per_month_percent, usage_per_month, limit)
if usage_per_month_percent < warning:
func = self.ok
elif warning <= usage_per_month_percent < critical:
func = self.warning
else:
func = self.critical
# check_linux_bandwidth_usage -i eth0 -W 50 -C 90 -d 10 -l 500 -f
if args.perfdata and isinstance(
warning, PercentValue) and limit is not None:
p1 = PerfData(interface_percent,
used_total_percent,
unit="%",
warn=s_warning,
crit=s_critical,
min_="%0.2f" % (0),
max_="%0.2f" % (100))
p2 = PerfData(interface_total,
usage_per_month,
unit="GB",
warn=warning,
crit=critical,
min_="%0.2f" % (0),
max_="%0.2f" % (limit))
p3 = PerfData(interface_received,
receive_per_month,
unit="GB",
warn="",
crit="",
min_="%0.2f" % (0))
p4 = PerfData(interface_transmitted,
transmit_per_month,
unit="GB",
warn="",
crit="",
min_="%0.2f" % (0))
func(msg, p1, p2, p3, p4)
# check_linux_bandwidth_usage -i eth0 -w 50 -c 100 -d 10 -l 500 -f
if args.perfdata and args.limit is not None:
# user give warning in GB so calculate in %
usage_per_month_percent = (usage_per_month / limit) * 100
msg = (
"%s usage: %0.2f%% "
"(%0.2f/%0.2fGB)" %
(interface, usage_per_month_percent, usage_per_month, limit))
if usage_per_month < warning:
func = self.ok
elif usage_per_month >= warning and usage_per_month < critical:
func = self.warning
else:
func = self.critical
# convert all data to float with 2 decimal places
warning_percent = "%0.2f" % ((float(warning) / limit) * 100)
critical_percent = "%0.2f" % ((float(critical) / limit) * 100)
used_total_percent = "%0.2f" % (usage_per_month_percent)
warning = "%0.2f" % ((float(warning_percent) / 100) * limit)
critical = "%0.2f" % ((float(critical_percent) / 100) * limit)
usage_per_month = "%0.2f" % (float(usage_per_month))
receive_per_month = "%0.2f" % (float(receive_per_month))
transmit_per_month = "%0.2f" % (float(transmit_per_month))
# create all perf data
p1 = PerfData(interface_percent,
used_total_percent,
unit="%",
warn=warning_percent,
crit=critical_percent,
min_="%0.2f" % (0),
max_="%0.2f" % (100))
p2 = PerfData(interface_total,
usage_per_month,
unit="GB",
warn=warning,
crit=critical,
min_="%0.2f" % (0),
max_="%0.2f" % (limit))
p3 = PerfData(interface_received,
receive_per_month,
unit="GB",
warn="",
crit="",
min_="%0.2f" % (0))
p4 = PerfData(interface_transmitted,
transmit_per_month,
unit="GB",
warn="",
crit="",
min_="%0.2f" % (0))
func(msg, p1, p2, p3, p4)
msg = "%s usage: %0.2fGB" % (interface, usage_per_month)
# check_linux_bandwidth_usage -i eth0 -w 50 -c 90 -d 5
if usage_per_month < warning:
func = self.ok
elif usage_per_month >= warning and usage_per_month < critical:
func = self.warning
else:
func = self.critical
# check_linux_bandwidth_usage -i eth0 -w 50 -c 90 -d 5 -f
if args.perfdata:
# convert all data to float with 2 decimal places
receive_per_month = "%0.2f" % (float(receive_per_month))
transmit_per_month = "%0.2f" % (float(transmit_per_month))
usage_per_month = "%0.2f" % (float(usage_per_month))
p1 = PerfData(interface_total,
usage_per_month,
unit="GB",
warn="%0.2f" % (warning),
crit="%0.2f" % (critical),
min_="%0.2f" % (0))
p2 = PerfData(interface_received,
receive_per_month,
unit="GB",
warn="",
crit="",
min_="%0.2f" % (0))
p3 = PerfData(interface_transmitted,
transmit_per_month,
unit="GB",
warn="",
crit="",
min_="%0.2f" % (0))
func(msg, p1, p2, p3)
def run(self, args):
# Here is the core of the plugin.
# After doing your verifications, escape by doing:
# self.exit(return_code, 'return_message', *performance_data)
perfdata = []
expected_flavors = args['flavors']
try:
c = ksclient.Client(
username=args['username'],
tenant_name=args['tenant'],
password=args['password'],
auth_url=args['auth_url'],
)
token = c.auth_token
tenant_id = c.auth_ref['token']['tenant']['id']
except Exception as e:
self.exit(STATES.UNKNOWN, "Authentification failed: " + str(e))
try:
headers = {
"X-Auth-Token": token,
"content-type": "application/json",
"accept": "application/json",
}
start_time = datetime.datetime.now()
resp = requests.get(
"%s/%s/flavors" % (args['nova_endpoint'], tenant_id),
headers=headers
)
end_time = datetime.datetime.now()
perfdata.append(
PerfData(
'flavor_list_time',
((end_time - start_time).total_seconds()/1000),
min_='0',
unit='ms'
)
)
flavors = resp.json()
flavors_names = [f['name'] for f in flavors['flavors']]
perfdata.append(PerfData('flavors_count', len(flavors_names), min_='0'))
except Exception as e:
self.exit(STATES.UNKNOWN, "Could not list flavors" + str(e))
msgs = []
for flavor in expected_flavors:
if flavor not in flavors_names:
msgs.append("'%s' flavor is missing" % flavor)
if len(msgs) > 0:
self.exit(
STATES.CRITICAL,
' '.join(msgs),
*perfdata
)
else:
self.exit(
STATES.OK,
"Nova API OK",
*perfdata
)
def run(self, args):
clearance_percent = 0
planned_percent = 0
in_action_percent = 0
without_info_percent = 0
state = None
message = None
# get json data from "http://infoneige.ca/vdm/stats.json"
url = "http://infoneige.ca/vdm/stats.json"
response = urllib.urlopen(url)
json_data = json.loads(response.read())
# get warning and critical from args
warning = float(args["warning"])
critical = float(args["critical"])
# get borough from args to compare to get the right borough
input_borough = args["borough"]
input_borough = input_borough.decode("utf8")
borough = json_data["avancement"]
for i in borough:
if input_borough == i["arrondissment"].replace(' ', ''):
# get all data
non_clear = float(i[u"enneigé"])
clear = float(i[u"déneigé"])
planned = float(i[u"planifié"])
in_action = float(i[u"en cours"])
without_info = float(i[u"pas d info"])
# calculate the total of streets sides in one borough
total = non_clear + clear + planned + in_action
# calculate the total included without info
total_without_info = total + without_info
# calculate all data in percentage
if total:
clearance_percent = (clear / total) * 100.0
planned_percent = (planned / total) * 100.0
in_action_percent = (in_action / total) * 100.0
else:
clearance_percent = 100
planned_percent = 0
in_action_percent = 0
if total_without_info:
without_info_percent = (without_info / total_without_info) * 100.0
else:
without_info_percent = 100
if clearance_percent < critical:
message = ("CRITICAL: %0.1f%% in '%s' is clear"
% (clearance_percent, input_borough))
state = STATES.CRITICAL
elif clearance_percent <= warning:
message = ("WARNING: %0.1f%% in '%s' is clear"
% (clearance_percent, input_borough))
state = STATES.WARNING
else:
message = ("OK: %0.1f%% in '%s' is clear"
% (clearance_percent, input_borough))
state = STATES.OK
clearance_percent = "%0.1f" % clearance_percent
planned_percent = "%0.1f" % planned_percent
in_action_percent = "%0.1f" % in_action_percent
without_info_percent = "%0.1f" % without_info_percent
p1 = PerfData("clearance_percent",
clearance_percent,
unit="%",
warn=warning,
crit=critical,
min_="0.0",
max_=100.0)
p2 = PerfData("planned_percent",
planned_percent,
unit="%",
warn=warning,
crit=critical,
min_="0.0",
max_=100.0)
p3 = PerfData("in_action_percent",
in_action_percent,
unit="%",
warn=warning,
crit=critical,
min_="0.0",
max_=100.0)
p4 = PerfData("without_info_percent",
without_info_percent,
unit="%",
warn=warning,
crit=critical,
min_="0.0",
max_=100.0)
self.exit(state, message, p1, p2, p3, p4)
def run(self, args):
""" Main Plugin function """
now = time.clock()
try:
r = requests.get('http://' + args.host + ':%d/ping' % args.port, timeout=args.timeout)
except requests.exceptions.Timeout:
self.exit(3, 'Timeout ')
except requests.exceptions.ConnectionError:
self.exit(3, 'Connection Error ')
if 204 == r.status_code:
# Connection time
if args.mode == CheckInfluxdb.mode[0]:
answer = time.clock() - now
p = PerfData('ping', answer, unit='ms', warn=args.warning, crit=args.critical, min_=0.0,
max_=args.timeout)
client = InfluxDBClient(args.host, args.port, args.user, args.password)
list_db = client.get_list_database()
is_present = False
for j in range(0, len(list_db) - 1):
if '_influxdb' in list_db[j].values():
is_present = True
break
if is_present:
# Uptime
client.switch_database('_influxdb')
if args.mode == CheckInfluxdb.mode[1]:
db = client.query("select uptime from server_diag ")
ans = list(db['server_diag'])[len(list(db['server_diag'])) - 1]['uptime']
hour = re.split("[a-z]", ans)
if len(hour) == 4:
answer = 3600 * int(hour[0]) + 60 * int(hour[1]) + float(hour[2])
else:
answer = 60 * hour[0] + hour[1]
p = PerfData('Uptime', answer, unit='s', warn=args.warning, crit=args.critical, min_=0)
# Number of shards
db = client.query("select numShards from server_diag")
nb_shards = list(db['server_diag'])[len(list(db['server_diag'])) - 1]['numShards']
if args.mode == CheckInfluxdb.mode[2]:
answer = nb_shards
p = PerfData('Number of shards', answer, warn=args.warning, crit=args.critical, min_=0)
# nb-write-total
db = client.query("select value from server_batchWriteRx")
nb_write_total = list(db['server_batchWriteRx'])[len(list(db['server_batchWriteRx'])) - 1]['value']
if args.mode == CheckInfluxdb.mode[3]:
answer = nb_write_total
p = PerfData('Number of write queries', answer, warn=args.warning, crit=args.critical,
min_=0)
# write-since-last
if args.mode == CheckInfluxdb.mode[4]:
answer = nb_write_total - list(db['server_batchWriteRx'])[len(list(db['server_batchWriteRx'])) - 2][
'value']
p = PerfData('Number of write since last check', answer, warn=args.warning,
crit=args.critical, min_=0)
# nb-read-total
db = client.query("select value from server_queriesExecuted")
nb_read_total = list(db['server_queriesExecuted'])[len(list(db['server_queriesExecuted'])) - 1]['value']
if args.mode == CheckInfluxdb.mode[5]:
answer = nb_read_total
p = PerfData('Number of read queries', nb_read_total, warn=args.warning, crit=args.critical, min_=0)
# read-since-last
if args.mode == CheckInfluxdb.mode[6]:
answer = nb_read_total - \
list(db['server_queriesExecuted'])[len(list(db['server_queriesExecuted'])) - 2]['value']
p = PerfData('Number of read queries since last check', answer, warn=args.warning,
crit=args.critical, min_=0)
# ROM-allocate
rom_free = psutil.disk_usage('/')[2]
if args.mode == CheckInfluxdb.mode[7]:
answer = nb_shards * 1024 * 1024
p = PerfData('ROM allocate', answer, unit='bytes', warn=args.warning, crit=args.critical, min_=0,
max_=answer + rom_free)
# Ram used
if args.mode == CheckInfluxdb.mode[8]:
db = client.query("select alloc from server_memory")
answer = list(db['server_memory'])[len(list(db['server_memory'])) - 1]['alloc']
ram_value = psutil.virtual_memory()[0]
p = PerfData('RAM used', answer, unit='bytes', warn=args.warning, crit=args.critical, min_=0,
max_=ram_value)
# Rom Used
if args.mode == CheckInfluxdb.mode[9]:
db = client.query("select value from shard_shardBytes")
bytes_per_shard = []
for i in range(len(list(db['server_shardBytes'])) - 1 - nb_shards,
len(list(db['shard_shardBytes'])) - 1):
bytes_per_shard.append(list(db['shard_shardBytes'])[i]['value'])
answer = sum(bytes_per_shard)
p = PerfData('ROM used', answer, unit='bytes', warn=args.warning, crit=args.critical, min_=0,
max_=answer + rom_free)
# continuous-query
if args.mode == CheckInfluxdb.mode[10]:
db = client.query("select cqLastRun from server_diag")
ans = list(db['server_diag'])[len(list(db['server_diag'])) - 1]['cqLastRun']
hour = re.split("[+,' ',:,-]", ans)
s = (int(hour[0]) - 1) * 365 * 24 * 3600 + (int(hour[1]) - 1) * 30.5 * 24 * 3600 + (int(
hour[2]) - 1) * 24 * 3600 + int(hour[3]) * 3600 + int(hour[4]) * 60 + int(hour[5])
answer = s + int(hour[7]) * 0.0001
p = PerfData('Time since last continuous query launch', answer, unit='s', warn=args.warning,
crit=args.critical, min_=0)
# routine-go
if args.mode == CheckInfluxdb.mode[11]:
db = client.query("select numGoRoutine from server_go")
answer = list(db['server_go'])[len(list(db['server_go'])) - 1]['numGoRoutine']
p = PerfData('Number of go routine', answer, warn=args.warning, crit=args.critical,
min_=0)
if answer > args.critical:
self.exit(2, args.mode + " > %f" % args.critical, p)
elif answer > args.warning:
self.exit(1, args.mode + " > %f" % args.warning, p)
else:
self.exit(0, "all is good for " + args.mode, p)
else:
self.exit(3, "Monitoring database doesn't exist")
else:
self.exit(3, "Bad response from Influxdb")
def run(self, args):
# Get and parse datas
result_dict = Plugin.create_result_dict()
if 'list' in args:
# Handle show region list
output = "\n".join([r.encode("utf-8") for r in result_dict.keys()])
# Exit showing region list
self.exit(STATES.OK, 'regions:\n' + output)
# Prepare warning
if 'warning' in args:
warning = args['warning']
else:
warning = 100.00
# prepare critical
if 'critical' in args:
critical = args['critical']
else:
critical = 100.00
# Get specified region dats
customers_blackout = Decimal(
result_dict[args['region']]['customers_blackout'])
customers = Decimal(result_dict[args['region']]['customers'])
interruptions = result_dict[args['region']]['interruptions']
# Get percent
percent = customers_blackout / customers * 100
# Clean data
round_percent = percent.quantize(Decimal('.01'),
rounding=ROUND_HALF_UP)
# Compare thresholds
if round_percent < warning:
msg = 'OK: %s: %0.2f%% out of service' % (args['region'],
round_percent)
code = STATES.OK
elif round_percent >= warning and round_percent < critical:
msg = 'WARNING: %s: %0.2f%% out of service' % (args['region'],
round_percent)
code = STATES.WARNING
elif round_percent >= critical:
msg = 'CRITICAL: %s: %0.2f%% out of service' % (args['region'],
round_percent)
code = STATES.CRITICAL
# Prepare perfdatas
p1 = PerfData("percent_blackout",
round_percent,
unit="%",
warn=warning,
crit=critical,
min_=0,
max_=100)
p2 = PerfData("interruptions",
interruptions,
unit='',
min_=0,
max_=None)
p3 = PerfData("custumers_blackout",
customers_blackout,
unit='',
min_=0,
max_=customers)
# Exit plugin
self.exit(code, msg, p1, p2, p3)
def run(self, args):
# Here is the core of the plugin.
# After doing your verifications, escape by doing:
# self.exit(return_code, 'return_message', *performance_data)
acceskey = args.get('acceskey')
secretkey = args.get('secretkey')
if acceskey is not None and secretkey is not None:
cloudwatch = boto.connect_cloudwatch(
aws_access_key_id=acceskey, aws_secret_access_key=secretkey)
else:
cloudwatch = boto.connect_cloudwatch()
perf_data = []
msg_received = cloudwatch.get_metric_statistics(
metric_name='NumberOfMessagesReceived',
period=60,
start_time=datetime.datetime.utcnow() -
datetime.timedelta(seconds=600),
end_time=datetime.datetime.utcnow(),
namespace='AWS/SQS',
unit='Count',
statistics=['Sum'],
dimensions={'QueueName': [args.get('queue')]})
msg_deleted = cloudwatch.get_metric_statistics(
metric_name='NumberOfMessagesDeleted',
period=60,
start_time=datetime.datetime.utcnow() -
datetime.timedelta(seconds=600),
end_time=datetime.datetime.utcnow(),
namespace='AWS/SQS',
unit='Count',
statistics=['Sum'],
dimensions={'QueueName': [args.get('queue')]})
if len(msg_deleted) == 0 or len(msg_received) == 0:
self.exit(STATES.UNKNOWN, "Could not retrieve any metrics")
number_msg_received = msg_received[0]['Sum']
perf_data.append(
PerfData(
'NumberOfMessagesReceived',
number_msg_received,
min_=0,
))
number_msg_deleted = msg_deleted[0]['Sum']
perf_data.append(
PerfData(
'NumberOfMessagesDeleted',
number_msg_deleted,
min_=0,
))
if number_msg_received > 0 and not number_msg_deleted > 0:
self.exit(
STATES.CRITICAL,
"Queue %s is receiving messages but they are not being deleted"
% args.get('queue'), *perf_data)
else:
self.exit(STATES.OK, "OK", *perf_data)