def sendLatestCloudWatchData(z, h, d):
zabbix_server = z
zabbix_host = h
cloud_watch_data = d
global start_time
zabbix_sender = pyZabbixSender(server=zabbix_server, port=10051)
for cwdata in cloud_watch_data:
zabbix_key = cwdata['zabbix_key']
results = cwdata['cloud_watch_results']
statistics = cwdata['statistics']
if results:
# sort results by timestamp in descending order
sorts = sorted(results, key=itemgetter('Timestamp'), reverse=True)
# Get the latest data and timestamp
zabbix_key_value = sorts[0][statistics]
zabbix_key_timestamp = int(
time.mktime(sorts[0]['Timestamp'].timetuple()))
# Add data to zabbix sender
zabbix_sender.addData(zabbix_host, zabbix_key, zabbix_key_value,
zabbix_key_timestamp)
else: # No data found within the time window
# Set the zabbix key value to 0
zabbix_key_value = 0
# Set the zabbix key timestamp as the start time for getting cloudwatch data
zabbix_key_timestamp = int(time.mktime(start_time.timetuple()))
# Add data to zabbix sender
zabbix_sender.addData(zabbix_host, zabbix_key, zabbix_key_value,
zabbix_key_timestamp)
# Send data to zabbix server
#zabbix_sender.printData()
zabbix_sender.sendData()
def sendLatestCloudWatchData(z, h, d):
zabbix_server = z
zabbix_host = h
cloud_watch_data = d
global start_time
zabbix_sender = pyZabbixSender(server=zabbix_server, port=10051)
for cwdata in cloud_watch_data:
zabbix_key = cwdata['zabbix_key']
results = cwdata['cloud_watch_results']
statistics = cwdata['statistics']
if results:
# sort results by timestamp in descending order
sorts = sorted(results, key=itemgetter('Timestamp'), reverse=True)
# Get the latest data and timestamp
zabbix_key_value = sorts[0][statistics]
zabbix_key_timestamp = int(time.mktime(utcToLocaltimestamp(sorts[0]['Timestamp']).timetuple()))
# Add data to zabbix sender
zabbix_sender.addData(zabbix_host, zabbix_key, zabbix_key_value, zabbix_key_timestamp)
else: # No data found within the time window
# Set the zabbix key value to 0
zabbix_key_value = 0
# Set the zabbix key timestamp as the start time for getting cloudwatch data
zabbix_key_timestamp = int(time.mktime(utcToLocaltimestamp(start_time).timetuple()))
# Add data to zabbix sender
zabbix_sender.addData(zabbix_host, zabbix_key, zabbix_key_value, zabbix_key_timestamp)
# Send data to zabbix server
#zabbix_sender.printData()
zabbix_sender.sendData()
def push_status_data_to_zabbix(data, host):
timestamp = 0
z = pyZabbixSender("localhost")
for item in data:
for attribute, value in item.iteritems():
z.addData("monitoring_client_1", attribute, value)
results = z.sendData()
def send_vuln_to_zabbix(vulnerability_results, args_server, args_port, nessus_metadata, args_fake):
z = pyZabbixSender(server=args_server, port=args_port)
for vuln_result in vulnerability_results:
#first we add the metadata
z.addData(vuln_result[0],'nessus.scan.name',nessus_metadata[0]) #scanname
z.addData(vuln_result[0],'nessus.policy.name',nessus_metadata[1]) #policyname
z.addData(vuln_result[0],'nessus.date.latest.scan',nessus_metadata[2]) #scan time
#now we add the values
z.addData(vuln_result[0], 'vulnerability.low', vuln_result[1])
z.addData(vuln_result[0], 'vulnerability.medium', vuln_result[2])
z.addData(vuln_result[0], 'vulnerability.high', vuln_result[3])
z.addData(vuln_result[0], 'vulnerability.critical', vuln_result[4])
#debug
#z.printData()
if args_fake:
print "Faking. This is where I send data"
else:
results = z.sendDataOneByOne()
for (code,data) in results:
if code != z.RC_OK:
print "Failed to send %s" % str(data)
z.clearData()
print "Done sending vulnerability data"
def push_sensor_data_to_zabbix(data, host):
timestamp = 0
for item in data:
try:
timestamp = item['time']
except:
pass
z = pyZabbixSender('localhost')
for item in data:
for attribute, value in item.iteritems():
if attribute != 'time':
z.addData(host, attribute, value, timestamp)
results = z.sendData()
def send_comp_to_zabbix(compliance_results, args_server, args_port, nessus_metadata, args_fake):
z = pyZabbixSender(server=args_server, port=args_port)
for comp_result in compliance_results:
#first we add the metadata
z.addData(comp_result[0],'nessus.scan.name',nessus_metadata[0]) #scanname
z.addData(comp_result[0],'nessus.policy.name',nessus_metadata[1]) #policyname
z.addData(comp_result[0],'nessus.date.latest.scan',nessus_metadata[2]) #scan time
#now we add the values
z.addData(comp_result[0], 'cis.compliance.passed', comp_result[1])
z.addData(comp_result[0], 'cis.compliance.warning', comp_result[2])
z.addData(comp_result[0], 'cis.compliance.failed', comp_result[3])
#debug
#z.printData()
if args_fake:
print "Faking. This is where I send data"
else:
results = z.sendDataOneByOne()
for (code,data) in results:
if code != z.RC_OK:
print "Failed to send %s" % str(data)
z.clearData()
print "Done sending compliance data"
from pyZabbixSender import pyZabbixSender
# this import is optional. Here is used to create a timestamp to associate
# to some data points, for example/testing purposes only.
import time
# Specifying server, but using default port
z = pyZabbixSender("127.0.0.1")
def printBanner(text):
border_char = '#'
border = border_char * (len(text) + 4)
print "\n\n%s" % border
print "%s %s %s" % (border_char, text, border_char)
print border
def test_01():
'''
Simple "debugging" usage example (using "sendDataOneByOne" method)
'''
printBanner("test_01")
# Just ensuring we start without data, in case other example was
# executed before this one
z.clearData()
# Adding a host/trap that exist
z.addData("test_host", "test_trap", 21)
# Adding a host that exist, but a trap that doesn't
def sendAllCloudWatchData(z, h, d, l):
zabbix_server = z
zabbix_host = h
cloud_watch_data = d
cw_log = l
global start_time
# Open cloudwatch log file for appending
file = open(cw_log, 'a')
zabbix_sender = pyZabbixSender(server=zabbix_server, port=10051)
for cwdata in cloud_watch_data:
zabbix_key = cwdata['zabbix_key']
results = cwdata['cloud_watch_results']
statistics = cwdata['statistics']
if results:
# sort results by timestamp in descending order
sorts = sorted(results, key=itemgetter('Timestamp'), reverse=True)
for sort in sorts:
zabbix_key_value = sort[statistics]
zabbix_key_timestamp = int(
time.mktime(sorts[0]['Timestamp'].timetuple()))
# Get cloudwatch data in the format of: <timestamp>,<key>,<value>
cw_data = str(zabbix_key_timestamp) + ',' + str(
zabbix_key) + ',' + str(zabbix_key_value)
# Search cloudwatch log with timestamp and key, send cloudwatch data if it is not found in the log
cw_data_search = str(zabbix_key_timestamp) + ',' + str(
zabbix_key)
# Add escape to square brackets for regular expression search, to fix search pattern error
cw_data_search = cw_data_search.replace("[", "\[").replace(
"]", "\]")
cw_data_found = 0
for line in open(cw_log, 'r'):
if re.search(cw_data_search, line):
cw_data_found = cw_data_found + 1
break
# If data not found in the cloudwatch log, then add new data
if cw_data_found == 0:
# Add data to zabbix sender
zabbix_sender.addData(zabbix_host, zabbix_key,
zabbix_key_value,
zabbix_key_timestamp)
# Write cloudwatch data to the log file
file.write(cw_data + '\n')
else: # No data found within the time window
# Set the zabbix key value to 0
zabbix_key_value = 0
# Set the zabbix key timestamp as the start time for getting cloudwatch data
zabbix_key_timestamp = int(time.mktime(start_time.timetuple()))
# Get cloudwatch data in the format of: <timestamp>,<key>,<value>
cw_data = str(zabbix_key_timestamp) + ',' + str(
zabbix_key) + ',' + str(zabbix_key_value)
# Search cloudwatch log with timestamp and key, send cloudwatch data if it is not found in the log
cw_data_search = str(zabbix_key_timestamp) + ',' + str(zabbix_key)
# Add escape to square brackets for regular expression search, to fix search pattern error
cw_data_search = cw_data_search.replace("[",
"\[").replace("]", "\]")
cw_data_found = 0
for line in open(cw_log, 'r'):
if re.search(cw_data_search, line):
cw_data_found = cw_data_found + 1
break
# If data not found in the cloudwatch log, then add new data
if cw_data_found == 0:
# Set zabbix trapper key value to 0 if no data found in cloudwatch
zabbix_sender.addData(zabbix_host, zabbix_key,
zabbix_key_value, zabbix_key_timestamp)
# Write cloudwatch data to the log file
file.write(cw_data + '\n')
# Send data to zabbix server
#zabbix_sender.printData()
send_results = zabbix_sender.sendData()
file.write(str(send_results) + '\n')
# Close cloudwatch log file
file.close()
def sendAllCloudWatchData(z, h, d, l):
zabbix_server = z
zabbix_host = h
cloud_watch_data = d
cw_log = l
global start_time
# Open cloudwatch log file for appending
file = open(cw_log, 'a')
zabbix_sender = pyZabbixSender(server=zabbix_server, port=10051)
for cwdata in cloud_watch_data:
zabbix_key = cwdata['zabbix_key']
results = cwdata['cloud_watch_results']
statistics = cwdata['statistics']
if results:
# sort results by timestamp in descending order
sorts = sorted(results, key=itemgetter('Timestamp'), reverse=True)
for sort in sorts:
zabbix_key_value = sort[statistics]
zabbix_key_timestamp = int(time.mktime(utcToLocaltimestamp(sorts[0]['Timestamp']).timetuple()))
# Get cloudwatch data in the format of: <timestamp>,<key>,<value>
cw_data = str(zabbix_key_timestamp) + ',' + str(zabbix_key) + ',' + str(zabbix_key_value)
# Search cloudwatch log with timestamp and key, send cloudwatch data if it is not found in the log
cw_data_search = str(zabbix_key_timestamp) + ',' + str(zabbix_key)
# Add escape to square brackets for regular expression search, to fix search pattern error
cw_data_search = cw_data_search.replace("[", "\[").replace("]", "\]")
cw_data_found = 0
for line in open(cw_log, 'r'):
if re.search(cw_data_search, line):
cw_data_found = cw_data_found + 1
break
# If data not found in the cloudwatch log, then add new data
if cw_data_found == 0:
# Add data to zabbix sender
zabbix_sender.addData(zabbix_host, zabbix_key, zabbix_key_value, zabbix_key_timestamp)
# Write cloudwatch data to the log file
file.write(cw_data + '\n')
else: # No data found within the time window
# Set the zabbix key value to 0
zabbix_key_value = 0
# Set the zabbix key timestamp as the start time for getting cloudwatch data
zabbix_key_timestamp = int(time.mktime(utcToLocaltimestamp(start_time).timetuple()))
# Get cloudwatch data in the format of: <timestamp>,<key>,<value>
cw_data = str(zabbix_key_timestamp) + ',' + str(zabbix_key) + ',' + str(zabbix_key_value)
# Search cloudwatch log with timestamp and key, send cloudwatch data if it is not found in the log
cw_data_search = str(zabbix_key_timestamp) + ',' + str(zabbix_key)
# Add escape to square brackets for regular expression search, to fix search pattern error
cw_data_search = cw_data_search.replace("[", "\[").replace("]", "\]")
cw_data_found = 0
for line in open(cw_log, 'r'):
if re.search(cw_data_search, line):
cw_data_found = cw_data_found + 1
break
# If data not found in the cloudwatch log, then add new data
if cw_data_found == 0:
# Set zabbix trapper key value to 0 if no data found in cloudwatch
zabbix_sender.addData(zabbix_host, zabbix_key, zabbix_key_value, zabbix_key_timestamp)
# Write cloudwatch data to the log file
file.write(cw_data + '\n')
# Send data to zabbix server
#zabbix_sender.printData()
send_results = zabbix_sender.sendData()
file.write(str(send_results) + '\n')
# Close cloudwatch log file
file.close()
from pyZabbixSender import pyZabbixSender
# this import is optional. Here is used to create a timestamp to associate
# to some data points, for example/testing purposes only.
import time
# If the server where pyZabbixSender located does not have a direct Internet
# connection you can specify proxy settings:
# z = pyZabbixSender(
# server="127.0.0.1",
# port=10051,
# proxytype=5,
# netproxy="127.0.0.1",
# proxyport=8080)
z = pyZabbixSender("127.0.0.1")
def printBanner(text):
border_char = '#'
border = border_char * (len(text) + 4)
print "\n\n%s" % border
print "%s %s %s" % (border_char, text, border_char)
print border
def test_01():
'''
Simple "debugging" usage example (using "sendDataOneByOne" method)
'''
printBanner("test_01")