class emitter(object):
"""
A consumer of metrics that sends via gmetric
"""
def __init__(self, host, port, protocol):
self.g = Gmetric(host, port, protocol)
def addMetric(self, values, host=None):
logging.debug("sending %s = %s", values['NAME'], values['VAL'])
logging.debug("DICT = %s", str(values))
self.g.send(values['NAME'], values['VAL'], values['TYPE'],
values['UNITS'], values['SLOPE'], values['TMAX'],
values['DMAX'])
class emitter(object):
"""
A consumer of metrics that sends via gmetric
"""
def __init__(self, host, port, protocol):
self.g = Gmetric(host, port, protocol)
def addMetric(self, values, host=None):
logging.debug("sending %s = %s", values['NAME'], values['VAL'])
logging.debug("DICT = %s", str(values))
self.g.send(values['NAME'], values['VAL'], values['TYPE'],
values['UNITS'], values['SLOPE'], values['TMAX'],
values['DMAX'])
#!/usr/bin/env python
import psyco
psyco.full()
from gmetric import Gmetric
if __name__ == '__main__':
g = Gmetric('localhost', 4001, 'udp')
for i in xrange(100000):
g.send('foo', 'bar')
def update_metric(self):
tmp_ckie = 'auth_cookie='+self.cookie+';user=admin; Max-Age=3600; Path=/'
hdr=dict()
hdr['Cookie']=tmp_ckie
hdr['Content-Type']='application/json'
agg_rx = 0
agg_tx = 0
send_list = []
i = 0
for b in self.intf:
url_intf = b.replace("/", "%2F")
tmp_url='http://'+self.ip+':8090'+ '/nos/api/info/statistics/interface/' + url_intf
print tmp_url
ret = requests.get(tmp_url, headers=hdr, auth=('admin','admin'),
verify=False, timeout=10)
json_report = ret.json()
m = { }
infstr = json_report['if_name']
intfname = infstr.replace("/","_")
m['name'] = self.ip + '_Rxrate_' + intfname
if self.prev_rx_ctr[i] is 0:
m['value'] = 0
else:
m['value'] = (int) (((int) (json_report['rx_pkts']) - self.prev_rx_ctr[i]) / (self.refresh_rate))
self.prev_rx_ctr[i] = (int) (json_report['rx_pkts'])
agg_rx = (int) (m['value']) + agg_rx
m['time_max'] = 3
m['value_type'] = 'uint32'
m['units'] = 'C'
m['format'] = '%u',
m['slope'] = 'both'
m['description'] = 'rx rate'
m['groups'] = 'rx_rate'
send_list.append(m.copy())
m['name'] = self.ip + '_Txrate_' + intfname
if self.prev_tx_ctr[i] is 0:
m['value'] = 0
else:
m['value'] = (int) (((int) (json_report['tx_pkts']) - self.prev_tx_ctr[i]) / (self.refresh_rate))
self.prev_tx_ctr[i] = (int) (json_report['tx_pkts'])
agg_tx = (int) (m['value']) + agg_tx
m['description'] = 'txrate'
m['groups'] = 'tx_rate'
send_list.append(m.copy())
i = i + 1
m['name'] = self.ip + '_Agg_Rxrate'
m['value'] = agg_rx
m['description'] = 'device_rx rate'
m['groups'] = 'device_rx_rate'
send_list.append(m.copy())
m['name'] = self.ip + '_Agg_Txrate'
m['value'] = agg_tx
m['description'] = 'device_tx rate'
m['groups'] = 'device_tx_rate'
send_list.append(m.copy())
payload = {}
payload['req-id'] = 1
payload['request-type'] = 'port-drops'
intf_list_dict = {}
intf_list_dict['interface-list'] = self.intf
payload['request-params'] = intf_list_dict
tmp_url='http://'+self.ip+':8090'+ '/nos/api/info/telemetry/bst/congestion-drop-counters'
ret = requests.post(tmp_url, headers=hdr, auth=('admin','admin'), json = payload, verify=False)
json_report = ret.json()
mylist = json_report['congestion-ctr']
i = 0
agg_cdrops = 0
for b in mylist:
mystr = b['interface']
myname = mystr.replace("/","_")
m['name'] = 'CDrp' + myname
if self.prev_ctr[i] is 0:
m['value'] = 0
else:
m['value'] = (int) (((int) (b['ctr']) - self.prev_ctr[i]) / (self.refresh_rate))
agg_cdrops = m['value'] + agg_cdrops
self.prev_ctr[i] = (int) (b['ctr'])
m['description'] = 'Congestion drop rate'
m['groups'] = 'cgsn_drop_rate'
send_list.append(m.copy())
i = i + 1
m['name'] = self.ip + '_Agg_CgsnRate'
m['value'] = agg_cdrops
m['description'] = 'device_cgsn rate'
m['groups'] = 'device_cgsn_rate'
send_list.append(m.copy())
pull.logger.info("input json report %s" % json.dumps(json_report))
if send_list is None or len(send_list) == 0:
pull.logger.debug("no metrics find")
pull.logger.debug("%d metrics generated" % (len(send_list)))
g = Gmetric('239.2.11.71', '8649', 'multicast')
for m in send_list:
s = self.ip
fake_host = s.replace(".", "_")
g.send(m['name'], m['value'], m['value_type'], m['units'], m['slope'],m['time_max'], 0, m['groups'], '%s:%s' %(self.ip, fake_host))
print("IP: %-15s updating metric %s %u (%s:%s)" % (self.ip, m['name'], int(m['value']), self.ip, fake_host))
'''
counter_map = {}
def rrd_name(name, direction):
return "wissbi.%s.%s" % (name.replace("/", "__").replace(":", "."), direction)
def load_counter(name):
try:
counter_map[name] = int(rrdtool.info("%s/%s.rrd" % (rrd_folder, name))["ds[sum].last_ds"])
except:
counter_map[name] = 0
metric_sender = Gmetric(gmond_host, gmond_port, gmond_protocol)
while True:
line = os.sys.stdin.readline().strip()
if len(line) == 0:
break
(name, direction, value) = line.split(",")
name = rrd_name(name, direction)
if not name in counter_map:
load_counter(name)
new_counter = counter_map[name] + int(value)
if new_counter > 0xffffffff:
new_counter = new_counter - 0xffffffff - 1
metric_sender.send(name, new_counter, TYPE="uint32", SLOPE="positive", GROUP="wissbi")
counter_map[name] = new_counter
#!/usr/bin/env python
import psyco
psyco.full()
from gmetric import Gmetric
if __name__ == '__main__':
g = Gmetric('localhost', 4001, 'udp')
for i in xrange(100000):
g.send('foo', 'bar')
def update_metric(self):
tmp_ckie = 'auth_cookie=' + self.cookie + ';user=admin; Max-Age=3600; Path=/'
hdr = dict()
hdr['Cookie'] = tmp_ckie
hdr['Content-Type'] = 'application/json'
tmp_url = 'http://' + self.ip + ':8090' + '/nos/api/info/telemetry/bst/report'
payload = {}
payload['include-ingress-port-priority-group'] = 1
payload['include-ingress-port-service-pool'] = 1
payload['include-ingress-service-pool'] = 1
payload['include-egress-port-service-pool'] = 1
payload['include-egress-service-pool'] = 1
payload['include-device'] = 1
ret = requests.post(tmp_url,
headers=hdr,
auth=('admin', 'admin'),
json=payload,
verify=False)
json_report = ret.json()
m = {}
m['time_max'] = 3
m['value_type'] = 'uint32'
m['units'] = 'C'
m['format'] = '%u',
m['slope'] = 'both'
send_list = []
realm_list = json_report['report']
for i in range(len(realm_list)):
realm = realm_list[i]
if not realm.has_key('realm'):
break
if realm['realm'] == 'device':
print "device realm"
m['value'] = (int)(realm['data'])
m['description'] = 'Device Realm'
m['groups'] = 'Device Realm'
m['name'] = '_Device'
print m
send_list.append(m.copy())
if realm['realm'] == 'ingress-port-priority-group':
data_list = realm['data']
val = 0
for j in range(len(data_list)):
data = data_list[j]
arr = data['data']
pg = arr[0][0]
val = val + (int)(arr[0][1])
m['value'] = (int)(val / len(data_list))
m['description'] = 'Ingress port priority group'
m['groups'] = 'Ingress Port Priority Group'
m['name'] = '_aggregate_ingress_port_priority_group_' + str(pg)
print m
send_list.append(m.copy())
elif realm['realm'] == 'ingress-port-service-pool':
data_list = realm['data']
val = 0
for j in range(len(data_list)):
data = data_list[j]
arr = data['data']
service_pool = arr[0][0]
val = val + (int)(arr[0][1])
m['value'] = (int)(val / len(data_list))
m['description'] = 'Ingress port service pool'
m['groups'] = 'Ingress Port Service Pool'
m['name'] = '_aggregate_ingress-port-service_pool_' + str(
service_pool)
send_list.append(m.copy())
elif realm['realm'] == 'ingress-service-pool':
data_list = realm['data']
service_pool = data_list[0][0]
m['value'] = (int)(data_list[0][1])
m['description'] = 'Ingress service pool'
m['groups'] = 'Ingress Service Pool'
m['name'] = '_ingress-service-pool_' + str(service_pool)
send_list.append(m.copy())
elif realm['realm'] == 'egress-port-service-pool':
data_list = realm['data']
val = 0
for j in range(len(data_list)):
data = data_list[j]
arr = data['data']
service_pool = arr[0][0]
val = val + (int)(arr[0][1])
m['value'] = (int)(val / len(data_list))
m['description'] = 'Egress port service pool'
m['groups'] = 'Egress Port Service Pool'
m['name'] = '_aggregate_egress-port-service-pool_' + str(
service_pool)
send_list.append(m.copy())
elif realm['realm'] == 'egress-service-pool':
data_list = realm['data']
service_pool = data_list[0][0]
m['value'] = (int)(data_list[0][1])
m['description'] = 'Egress service pool'
m['groups'] = 'Egress Service Pool'
m['name'] = '_egress-service-pool_' + str(service_pool)
send_list.append(m.copy())
#pdb.set_trace()
pull.logger.debug("input json report %s" % json.dumps(json_report))
if send_list is None or len(send_list) == 0:
pull.logger.debug("no metrics find")
return
pull.logger.debug("%d metrics generated" % (len(send_list)))
g = Gmetric('239.2.11.71', '8649', 'multicast')
for m in send_list:
s = self.ip
fake_host = s.replace(".", "_")
m['name'] = self.ip + m['name']
g.send(m['name'], m['value'], m['value_type'], m['units'],
m['slope'], m['time_max'], 0, m['groups'],
'%s:%s' % (self.ip, fake_host))
pull.logger.debug(
"Switch IP: %-15s updating metric %s, metric value: %d (%s:%s)"
% (self.ip, m['name'], int(m['value']), self.ip, fake_host))
print(
"Switch IP: %-15s updating metric %s, metric value: %d (%s:%s)"
% (self.ip, m['name'], int(m['value']), self.ip, fake_host))
