def getinfluxdata(self):
""" Gather Data """
ohost = self.content['Hostname']
cmd = """mysql -h192.168.27.100 -P 3306 -uroot -pl0bstEr db_sysadmin -Bse "select concat(concat(private_ip,'_'),PROJECT) from tbl_infra where
PRIVATE_IP='%s' " """ % (ohost)
host = commands.getoutput(cmd)
host = host.replace(".", "_")
host = host.replace(" ", "")
start_time = self.content['start_time'] + "s".encode('utf8')
end_time = self.content['end_time'] + "s".encode('utf8')
metric = self.content['metric']
dc = getnode(ohost)
node = dc.loc()
if node == 1:
self.client = InfluxDBClient('192.168.37.253', 8086, '', '',
'telegraf')
elif node == 2:
self.client = InfluxDBClient('192.169.35.253', 8086, '', '',
'telegraf')
elif node == 3:
self.client = InfluxDBClient('192.168.37.137', 8086, '', '',
'telegraf')
elif node == 4:
self.client = InfluxDBClient('172.26.102.12', 8086, '', '',
'telegraf')
""" Build Query """
metricstr = ','.join(getattr(metricolumns, metric + '_TABLE_COLUMNS'))
default_query = "select %s from %s where host='%s' and time > now() - 1h limit 5 " % (
metricstr, metric, host)
param_query = "select %s from %s where host='%s' and time > %s and time < %s limit 5" \
% (metricstr, metric, host, start_time, end_time )
try:
if start_time is None or end_time is None:
data = self.client.query(default_query, epoch='ms')
result = list(data.get_points())
j = 0
while j < len(result):
result[j]['time'] = result[j]['time'] + 19800
j = j + 1
else:
data = self.client.query(param_query, epoch='ms')
result = list(data.get_points())
j = 0
while j < len(result):
result[j]['time'] = result[j]['time'] + 19800000
j = j + 1
#result={"count":"12", "time": "16:10,16:20,16:30,16:40,16:50,16:59,15:10,15:20,15:30,15:40,15:50,15:59","usage_system": "1.062,1.063,1.064,1.065,5.656,6.598,9.569,1.064,1.065,5.656,6.598,9.569","usage_user": "******"}
return result
except Exception as e:
print e
def get(self):
args = request.args
self.ohost=args['host']
nodeno = getnode(self.ohost).loc()
if nodeno == 1:
self.client = InfluxDBClient('192.168.37.253', 8086, '', '', 'telegraf')
elif nodeno == 2:
self.client = InfluxDBClient('192.169.35.253', 8086, '', '', 'telegraf')
elif nodeno == 3:
self.client = InfluxDBClient('192.168.37.137', 8086, '', '', 'telegraf')
elif nodeno == 4:
self.client = InfluxDBClient('172.26.102.12', 8086, '', '', 'telegraf')
result = self.serverhealth()
#return make_response(jsonify({"status": str(result)}), 200)
return result
def getvipdata(self):
""" Gather Data """
cmd = """mysql -uapi_user -pApIuser -h192.168.36.201 nagios -Bse "select distinct RIP from SNMP_MAP where VIP='%s' " """ % (
self.ohost)
host = commands.getoutput(cmd)
list1 = host.split()
final_list = {}
for i in list1:
ohost = i
dc = getnode(ohost)
node = dc.loc()
if node == 1:
self.client = InfluxDBClient('192.168.37.253', 8086, '', '',
'telegraf')
elif node == 2:
self.client = InfluxDBClient('192.169.35.253', 8086, '', '',
'telegraf')
elif node == 3:
self.client = InfluxDBClient('192.168.37.137', 8086, '', '',
'telegraf')
elif node == 4:
self.client = InfluxDBClient('172.26.102.12', 8086, '', '',
'telegraf')
cmd = """mysql -h192.168.27.100 -P 3306 -uroot -pl0bstEr db_sysadmin -Bse "select concat(concat(private_ip,'_'),PROJECT) from tbl_infra where PRIVATE_IP='%s' " """ % (
ohost)
host = commands.getoutput(cmd)
host = host.replace(".", "_")
host = host.replace(" ", "")
start_time = self.content['start_time'] + "s".encode('utf8')
end_time = self.content['end_time'] + "s".encode('utf8')
metric = self.content['metric']
""" Build Query """
metricstr = ','.join(
getattr(metriallcolumns, metric + '_TABLE_COLUMNS'))
default_query = "select %s from %s where host='%s' and time > now() - 1h limit 50" % (
metricstr, metric, host)
param_query = "select %s from %s where host='%s' and time > %s and time < %s limit 50" \
% (metricstr, metric, host, start_time, end_time )
try:
#if start_time is None or end_time is None:
if not self.content['start_time'].encode(
'utf8') or not self.content['end_time'].encode('utf8'):
data = self.client.query(default_query, epoch='s')
result = list(data.get_points())
j = 0
while j < len(result):
result[j]['time'] = (result[j]['time'] + 19800) * 1000
j = j + 1
else:
data = self.client.query(param_query, epoch='s')
result = list(data.get_points())
j = 0
while j < len(result):
result[j]['time'] = (result[j]['time'] + 19800) * 1000
j = j + 1
if metric == 'disk':
result = sorted(result, key=itemgetter('path'))
final_list[ohost] = result
if metric != 'disk':
merged = {}
for dict in result:
for key, value in dict.items():
if key not in merged:
merged[key] = []
merged[key].append(value)
#merged.pop('time')
result1 = merged
result = defaultdict(list)
for key, value in result1.iteritems():
j = 0
if key != "time":
for item1 in value:
result[key].append([result1["time"][j], item1])
j = j + 1
final_list[ohost] = result
#final_list=json.dump(final_list)
except Exception as e:
print e
return final_list
def getinfluxdata(self):
""" Gather Data """
ohost = self.content['Hostname']
cmd = """mysql -h192.168.27.100 -P 3306 -uroot -pl0bstEr db_sysadmin -Bse "select concat(concat(private_ip,'_'),PROJECT) from tbl_infra where
PRIVATE_IP='%s' " """ % (ohost)
host = commands.getoutput(cmd)
host = host.replace(".", "_")
host = host.replace(" ", "")
start_time = self.content['start_time'] + "s".encode('utf8')
end_time = self.content['end_time'] + "s".encode('utf8')
metric = self.content['metric']
dc = getnode(ohost)
node = dc.loc()
if node == 1:
self.client = InfluxDBClient('192.168.37.253', 8086, '', '',
'telegraf')
elif node == 2:
self.client = InfluxDBClient('192.169.35.253', 8086, '', '',
'telegraf')
elif node == 3:
self.client = InfluxDBClient('192.168.37.137', 8086, '', '',
'telegraf')
elif node == 4:
self.client = InfluxDBClient('172.26.102.12', 8086, '', '',
'telegraf')
""" Build Query """
metricstr = ','.join(getattr(metricolumns, metric + '_TABLE_COLUMNS'))
default_query = "select %s from %s where host='%s' and time > now() - 1h " % (
metricstr, metric, host)
param_query = "select %s from %s where host='%s' and time > %s and time < %s " \
% (metricstr, metric, host, start_time, end_time )
try:
if not self.content['start_time'].encode(
'utf8') or not self.content['end_time'].encode('utf8'):
data = self.client.query(default_query, epoch='s')
result = list(data.get_points())
my_stats_1 = []
my_stats_2 = []
resultant = []
j = 0
while j < len(result):
result[j]['time'] = result[j]['time'] + 19800
first = [
result[j]['time'] * 1000, result[j]['usage_system']
]
second = [
result[j]['time'] * 1000, result[j]['usage_user']
]
#return first
#return second
my_stats_1.append(first)
my_stats_2.append(second)
j = j + 1
row_value1 = json.dumps(my_stats_1)
#return row_value1
row_value2 = json.dumps(my_stats_2)
final = dict([('cpu_user', row_value1),
('system_user', row_value2)])
#return json.dumps(final)
#return final
else:
data = self.client.query(param_query, epoch='s')
result = list(data.get_points())
my_stats_1 = []
my_stats_2 = []
resultant = []
j = 0
while j < len(result):
result[j]['time'] = result[j]['time'] + 19800
first = [
result[j]['time'] * 1000, result[j]['usage_system']
]
second = [
result[j]['time'] * 1000, result[j]['usage_user']
]
#return first
#return second
my_stats_1.append(first)
my_stats_2.append(second)
j = j + 1
row_value1 = json.dumps(my_stats_1)
#return row_value1
row_value2 = json.dumps(my_stats_2)
final = dict([('cpu_user', row_value1),
('system_user', row_value2)])
#return json.dumps(final)
return final
except Exception as e:
print e
def status(self):
hostmod = ''
cmd = """mysql -uapi_user -pApIuser -h192.168.36.201 nagios -Bse "select exists (select distinct RIP from SNMP_MAP where VIP='%s') " """ % (
self.hst)
status1 = commands.getoutput(cmd)
if status1 == '1':
cmd = """mysql -uapi_user -pApIuser -h192.168.36.201 nagios -Bse "select distinct RIP from SNMP_MAP where VIP= '%s' " """ % (
self.hst)
host = commands.getoutput(cmd)
list = host.split()
j = 0
my_dict2 = {}
alertlist = []
for i in list:
dbconn = DB_Connector('192.168.27.100', 'dbchefrdonly',
'dbchefrdonly100', 'db_sysadmin')
sql = "select concat(replace(private_ip,'.','_'),'_',project) from tbl_infra where private_ip='% s'" % i
hostmod = dbconn.Execute(sql)
# check if ip address exists in infra table
if hostmod == "":
return ("The IP % s does not exist in the infra table") % i
exit()
# Format the result as per grafana
hostmod = hostmod.replace("/", "")
hostmod = hostmod.replace(" ", "")
dc = getnode(i)
node = dc.loc()
if node == 1:
db = MySQLdb.connect('192.168.37.253', 'grafins',
'grafins@253', 'grafana')
elif node == 2:
db = MySQLdb.connect('192.169.35.253', 'grafins',
'grafins@253', 'grafana')
elif node == 3:
db = MySQLdb.connect('192.168.37.137', 'grafins',
'grafins@253', 'grafana')
cursor = db.cursor()
sql1 = "select host,metric,status,thrshval,curval,ack,classification,tktno,unix_timestamp(alert_time),'%s' as ip,metric_variable from alert_log where host='%s' limit %s offset %s" % (
i, hostmod, self.lmt, self.ofst)
cursor.execute(sql1)
result1 = cursor.fetchall()
sql2 = "select count(1) from alert_log where host='%s'" % (
hostmod)
cursor.execute(sql2)
result2 = cursor.fetchone()[0]
j = result2 + j
my_dict3 = {}
if result2 == 0:
my_dict3["status"] = 1
elif result2 > 0:
my_dict3["status"] = 0
list1 = []
for row in result1:
my_dict = {}
my_dict["host"] = row[0]
my_dict["metric"] = row[1]
my_dict["status"] = row[2]
my_dict["thrshval"] = row[3]
my_dict["curval"] = row[4]
my_dict["ack"] = row[5]
my_dict["classification"] = row[6]
my_dict["tktno"] = row[7]
my_dict["alert_time"] = row[8]
my_dict["ip"] = row[9]
my_dict["metric_variable"] = row[10]
list1.append(my_dict)
my_dict2["Count"] = j
alertlist.append(my_dict2)
alertlist.append(my_dict3)
alertlist.append(list1)
alertlist.reverse()
return alertlist
else:
return ("The VIP % s does not exist in the infra table") % self.hst
exit()
def getinfluxdata(self):
""" Gather Data """
ohost = self.content['Hostname']
cmd = """mysql -h192.168.27.100 -P 3306 -uroot -pl0bstEr db_sysadmin -Bse "select concat(concat(private_ip,'_'),PROJECT) from tbl_infra where
PRIVATE_IP='%s' " """ % (ohost)
host = commands.getoutput(cmd)
host = host.replace(".", "_")
host = host.replace(" ", "")
start_time = self.content['start_time'] + "s".encode('utf8')
end_time = self.content['end_time'] + "s".encode('utf8')
metric = self.content['metric']
""" Build Query """
metricstr = ','.join(getattr(metricolumns, metric + '_TABLE_COLUMNS'))
#return metric
#return metricstr
#exit
dc = getnode(ohost)
node = dc.loc()
if node == 1:
self.client = InfluxDBClient('192.168.37.253', 8086, '', '',
'telegraf')
elif node == 2:
self.client = InfluxDBClient('192.169.35.253', 8086, '', '',
'telegraf')
elif node == 3:
self.client = InfluxDBClient('192.168.37.137', 8086, '', '',
'telegraf')
elif node == 4:
self.client = InfluxDBClient('172.26.102.12', 8086, '', '',
'telegraf')
####### Query disk values - /root #######
default_query_root = "select %s from %s where host='%s' and path='/' and time > now() - 1h " % (
metricstr, metric, host)
param_query_root = "select %s from %s where host='%s' and path='/' and time > %s and time < %s " \
% (metricstr, metric, host, start_time, end_time )
#return param_query_root
#exit
try:
if not self.content['start_time'].encode(
'utf8') or not self.content['end_time'].encode('utf8'):
data_root = self.client.query(default_query_root, epoch='s')
result_root = list(data_root.get_points())
my_stats_root = []
j = 0
while j < len(result_root):
result_root[j]['time'] = result_root[j]['time'] + 19800
first_root = [
result_root[j]['time'] * 1000,
result_root[j]['used_percent']
]
#return first_root
my_stats_root.append(first_root)
j = j + 1
row_value_root = json.dumps(my_stats_root)
#return row_value_root
#exit
final_root = dict([('root', row_value_root)])
else:
data_root = self.client.query(param_query_root, epoch='s')
result_root = list(data_root.get_points())
my_stats_root = []
j = 0
while j < len(result_root):
result_root[j]['time'] = result_root[j]['time'] + 19800
first_root = [
result_root[j]['time'] * 1000,
result_root[j]['used_percent']
]
#return first_root
my_stats_root.append(first_root)
j = j + 1
row_value_root = json.dumps(my_stats_root)
#return row_value_root
#exit
final_root = dict([('root', row_value_root)])
#return json.dumps(final_root)
#return final_root
except Exception as e:
print e
#############################################
####### Query disk values - /log #######
default_query_log = "select %s from %s where host='%s' and path='/log' and time > now() - 1h " % (
metricstr, metric, host)
param_query_log = "select %s from %s where host='%s' and path='/log' and time > %s and time < %s " \
% (metricstr, metric, host, start_time, end_time )
#return param_query_log
#exit
try:
if not self.content['start_time'].encode(
'utf8') or not self.content['end_time'].encode('utf8'):
data_log = self.client.query(default_query_log, epoch='s')
result_log = list(data_log.get_points())
my_stats_log = []
j = 0
while j < len(result_log):
result_log[j]['time'] = result_log[j]['time'] + 19800
first_log = [
result_log[j]['time'] * 1000,
result_log[j]['used_percent']
]
#return first_data
my_stats_log.append(first_log)
j = j + 1
row_value_log = json.dumps(my_stats_log)
#return row_value_data
#exit
final_log = dict([('log', row_value_log)])
else:
data_log = self.client.query(param_query_log, epoch='s')
result_log = list(data_log.get_points())
my_stats_log = []
j = 0
while j < len(result_log):
result_log[j]['time'] = result_log[j]['time'] + 19800
first_log = [
result_log[j]['time'] * 1000,
result_log[j]['used_percent']
]
#return first_data
my_stats_log.append(first_log)
j = j + 1
row_value_log = json.dumps(my_stats_log)
#return row_value_data
#exit
final_log = dict([('log', row_value_log)])
#return json.dumps(final_log)
#return final_log
except Exception as e:
print e
#############################################
#resultant = {}
#resultant = final_data.final_log
#resultant.append(final_data)
#resultant.append(final_log)
#resultant = dict([ (final_data), (final_log) ])
#resultant = final_data + final_log
#return resultant
resultant = dict(final_root, **final_log)
return resultant
def status(self):
hostmod = ''
cmd = """mysql -h192.168.27.100 -P 3306 -uroot -pl0bstEr db_sysadmin -Bse "select concat(concat(private_ip,'_'),PROJECT) from tbl_infra where PRIVATE_IP='%s' " """ % (
self.hst)
hostmod = commands.getoutput(cmd)
hostmod = hostmod.replace(".", "_")
hostmod = hostmod.replace(" ", "")
#dbconn = DB_Connector('192.168.27.100', 'dbchefrdonly', 'dbchefrdonly100', 'db_sysadmin')
#sql = "select concat(replace(private_ip,'.','_'),'_',project) from tbl_infra where private_ip='% s'" % self.hst
#hostmod = dbconn.Execute(sql)
# check if ip address exists in infra table
#if hostmod == "":
#return ("The IP % s does not exist in the infra table") % self.hst
#exit()
# Format the result as per grafana
#hostmod = hostmod.replace("/", "")
#hostmod = hostmod.replace(" ", "")
dc = getnode(self.hst)
node = dc.loc()
if node == 1:
db = MySQLdb.connect('192.168.37.253', 'grafins', 'grafins@253',
'grafana')
elif node == 2:
db = MySQLdb.connect('192.169.35.253', 'grafins', 'grafins@253',
'grafana')
elif node == 3:
db = MySQLdb.connect('192.168.37.137', 'grafins', 'grafins@253',
'grafana')
#elif node == 4:
#db = MySQLdb.connect('172.26.102.12', 'grafins', 'grafins@253', 'grafana')
cursor = db.cursor()
sql1 = "select host,metric,status,thrshval,curval,ack,classification,tktno,unix_timestamp(alert_time),'%s' as ip,metric_variable from alert_log where host='%s' limit %s offset %s" % (
self.hst, hostmod, self.lmt, self.ofst)
cursor.execute(sql1)
result1 = cursor.fetchall()
sql2 = "select count(1) from alert_log where host='%s'" % (hostmod)
cursor.execute(sql2)
result2 = cursor.fetchone()[0]
my_dict3 = {}
if result2 == 0:
my_dict3["status"] = 1
elif result2 > 0:
my_dict3["status"] = 0
list1 = []
for row in result1:
my_dict = {}
my_dict["host"] = row[0]
my_dict["metric"] = row[1]
my_dict["status"] = row[2]
my_dict["thrshval"] = row[3]
my_dict["curval"] = row[4]
my_dict["ack"] = row[5]
my_dict["classification"] = row[6]
my_dict["tktno"] = row[7]
my_dict["alert_time"] = row[8]
my_dict["ip"] = row[9]
my_dict["metric_variable"] = row[10]
list1.append(my_dict)
my_dict2 = {}
my_dict2["Count"] = result2
finl_lst = []
finl_lst.append(my_dict3)
finl_lst.append(list1)
finl_lst.append(my_dict2)
return finl_lst
