def append(args):
argument_node = args.ip
device = snmp(argument_node)
new_node = yaml.dump(device, default_flow_style=False)
with open('/database/nodes.yaml', 'a') as f:
f.write(new_node)
database = process_nodes()
database.sort()
updated_database = yaml.dump(database, default_flow_style=False)
with open('/database/nodes.yaml', 'w') as f:
f.write(updated_database)
print("[+] NEW NODE SUCCESSFULLY APPENDED TO DATABASE")
def append(args):
argument_node = args.ip
device = snmp(argument_node)
new_node = yaml.dump(device, default_flow_style=False)
with open('/database/nodes.yaml', 'a') as file:
file.write(new_node)
database = process_nodes()
database.sort(key=sorted)
updated_database = yaml.dump(database, default_flow_style=False)
with open('/database/nodes.yaml', 'w') as file:
file.write('---\n')
file.write(updated_database)
print('[\u2713] SNMP DISCOVERY SUCCESSFUL')
print('[+] NEW NODE APPENDED TO DATABASE')
def discover(args):
argument_node = args.node
database = process_nodes()
match_node = search_node(argument_node,database)
"""
:param node_object: All node(s) in the database with all attributes.
:type node_object: list
:param match_node: Nodes that matches the arguements passed in by user.
:type match_node: list
"""
if len(match_node) == 0:
print('+ No matching node(s) found in database.')
return None
else:
for node in match_node:
print('{}'.format(node))
index = 0
try:
for element in database:
if element['name'] == node or element['mgmt_ip4'] == node:
break
else:
index = index + 1
"""
Identified node from list.
"""
device = snmp(node)
print('')
except Exception as error:
print('SNMP query timeout. Please ensure that FQDN or IP address is reachable via SNMP.')
for attribute in database[index]:
if 'created_at' == attribute or 'created_by' == attribute:
continue
else:
database[index][attribute] = device[0][attribute]
database[index]['updated_at'] = timestamp()
database[index]['updated_by'] = '{}'.format(os.environ.get('USER'))
updated_database = yaml.dump(database,default_flow_style = False)
with open('{}/superloop_code/database/nodes.yaml'.format(get_home_directory()),'w') as file:
file.write('---\n')
file.write(updated_database)
print('+ SNMP discovery successful.')
def append(args):
argument_node = args.node
database = process_nodes()
index = 0
match_node = []
mgmt_ip4 = get_resolve_hostname(argument_node)
# try:
"""
Check if new node currently exist in database.
"""
print(database)
for node in database:
if mgmt_ip4 == node['mgmt_ip4']:
match_node.append('MATCH')
break
else:
continue
try:
if 'MATCH' in match_node:
print('+ Node currently present in database.')
else:
device = snmp(argument_node)
new_node = yaml.dump(device,default_flow_style = False)
with open('{}/superloop_code/database/nodes.yaml'.format(get_home_directory()),'a') as file:
file.write(new_node)
database = process_nodes()
sorted_database = sortdb(database)
updated_database = yaml.dump(sorted_database,default_flow_style = False)
with open('{}/superloop_code/database/nodes.yaml'.format(get_home_directory()),'w') as file:
file.write('---\n')
file.write(updated_database)
print('+ SNMP discovery successful.')
print('+ New node appended to database.')
except FileNotFoundError as error:
print('FileNotFoundError: file cannot be found')
print(error)
# except Exception as error:
# print('SNMP query timeout. Please ensure that FQDN or IP address is reachable via SNMP.')
return None
def snmp_node_discovery_extract(node):
node_items = None
nodeinfor = _snmp_node_discovery(node)
if nodeinfor:
#convert nodeinfor into more pretty printing format
snmpass = snmp.snmp()
prettyinfor = []
for entry in nodeinfor:
for name, val in entry:
prettyentry = [snmpass.oid2name(name), val.prettyPrint()]
prettyinfor.append(prettyentry)
#extract data, then save to Node class
node_item_terms = ['sysDescr', 'sysUpTime',
'sysName', 'ifPhysAddress',
'entPhysicalDescr', 'entPhySensorType',
'entPhySensorScale', 'entPhySensorPrecision',
'entPhySensorOperStatus', 'entPhySensorUnitsDisplay',
'entPhySensorValueUpdateRate',]
node_items_items = []
[node_items_items.append(_snmp_extract_val(prettyinfor, item_term)) for item_term in node_item_terms]
#create json data
node_items = {}
node_items['sys_descr'] = node_items_items[0]
node_items['sys_uptime'] = node_items_items[1]
node_items['sys_name'] = node_items_items[2]
addr_list = []
addr_str = node_items_items[3]
#dirty hack to get rid of 0x.... in address
if addr_str[0:2] == '0x':
addr_str = addr_str[2:]
for i in range(len(addr_str)/2):
addr_list.append(addr_str[(i*2):(i*2+2)])
addr = ':'.join(j for j in addr_list)
print addr
node_items['if_phys_addr'] = addr
items = node_items_items[4].split(";")
physical = []
[physical.append(item) for item in items]
node_items['ent_physical_descr'] = physical
items = node_items_items[5].split(";")
physical = []
[physical.append(MIB_ENTITY_SENSOR_TYPE.get(item)) for item in items]
node_items['physensor_type'] = physical
items = node_items_items[6].split(";")
physical = []
[physical.append(MIB_ENTITY_SENSOR_SCALE.get(item)) for item in items]
node_items['physensor_scale'] = physical
items = node_items_items[7].split(";")
physical = []
[physical.append(item) for item in items]
node_items['physensor_precision'] = physical
items = node_items_items[8].split(";")
physical = []
[physical.append(MIB_ENTITY_SENSOR_OPERATION.get(item)) for item in items]
node_items['physensor_oper_status'] = physical
items = node_items_items[9].split(";")
physical = []
[physical.append(item) for item in items]
node_items['physensor_unit_display'] = physical
items = node_items_items[10].split(";")
physical = []
[physical.append(item) for item in items]
node_items['physensor_value_update_rate'] = physical
return node_items
#!/usr/bin/env python import snmp import apcmib s = snmp.snmp(DestHost="172.25.88.150",oid=apcmib.BatteryCapacity) result = s.query() print "Battery Capacity:", result[0] s.oid=apcmib.BatteryTimeRemaining result = s.query() print "Battery Time Reamining(min):", int(result[0])/6000 s.oid=apcmib.InputLineVoltage result = s.query() print "Input Line Voltage:", result[0] s.oid=apcmib.InputMaxLineVoltage result = s.query() print "Input Max Line Voltage:", result[0] s.oid=apcmib.InputMinLineVoltage result = s.query() print "Input Min Line Voltage:", result[0]
}
},
"snmp_parameters":{
"environment_code": "demo",
"radius_snmp_community": "COM-NAME-RADIUS",
"snmp_community_name": "COM-NAME",
"snmp_sv_prod": "1.1.1.1",
"snmp_trap_group": "TRAP-GROUP",
"snmp_sv_failover": "2.2.2.2",
"Opennms_DC_dest1": "3.3.3.3",
"Opennms_DC_dest2": "4.4.4.4",
"Opennms_DC_dest3": "5.5.5.5",
"Opennms_DC_dest4": "6.6.6.6",
"snmp_sv_macmove": "1.2.3.4",
"snmp_community_macmove": "MACMOVE-NAME",
"region.radius_sv_primary": "1.2.2.2",
"region.radius_sv_secondary": "1.3.3.3",
"region.radius_sv_tertiary": "1.4.4.4"
}
}
if choice == 1:
#Implement NTP configuration
ntp(username, password, ip_addr, restconf_port, headers, confgen_params, confgen_response)
elif choice == 2:
#Implement SNMP configuration
snmp(username, password, ip_addr, restconf_port, headers, confgen_params, confgen_response)
else:
#Implement Logging configuration
syslog(username, password, ip_addr, restconf_port, headers, confgen_params, confgen_response)
def config_web(cfg={}):
# override Cherrypy's default session behaviour
application_conf = {
'/' : {
'tools.staticdir.root': _curdir,
'tools.staticdir.on' : True,
'tools.staticdir.dir' : ".",
'tools.sessions.on' : True,
'tools.sessions.storage_type' : "file",
'tools.sessions.storage_path' : "/tmp/",
'tools.sessions.timeout' : 60,
'tools.sessions.locking' : 'explicit',
'tools.auth.on': True,
'tools.encode.on' : True,
'tools.encode.encoding': "utf-8"
},
'/favicon.ico' : {
'tools.staticfile.on' : True,
'tools.staticfile.filename' : os.path.join(_curdir,'/image/favicon.ico')
},
'/css' : {
'tools.staticdir.on' : True,
'tools.staticdir.dir' : "css"
},
'/script' : {
'tools.staticdir.on' : True,
'tools.staticdir.dir' : "script"
},
'/image' : {
'tools.staticdir.on' : True,
'tools.staticdir.dir' : "image"
},
}
#No Root controller as we provided all our own.
#cherrypy.tree.mount(root=None, config=config)
root = Login()
root.logout = AuthController().logout
root.xteralink = Interface()
root.system = summary()
root.system.summary = summary()
root.system.dns = dns()
root.system.network_header = network_header()
root.system.network = network()
root.system.wan_detection = wan_detection()
root.system.fqdn = fqdn()
root.system.ip_group = ip_group()
root.system.service_group = service_group()
root.system.diagnostic_tools = diagnostic_tools()
root.system.arp_table = arp_table()
root.system.date_time = date_time()
root.system.ddns = ddns()
root.system.administration = administration()
root.service = dhcp_lan()
root.service.dhcp_lan = dhcp_lan()
root.service.dhcp_dmz = dhcp_dmz()
root.service.virtual_server = virtual_server()
root.service.firewall = firewall()
root.service.connection_limit = connection_limit()
root.service.auto_routing = auto_routing()
root.service.nat = nat()
root.service.snmp = snmp()
root.statistics = stat_bandwidth_utilization()
root.statistics.stat_bandwidth_utilization = stat_bandwidth_utilization()
root.statistics.stat_wan_detection = stat_wan_detection()
root.statistics.stat_dhcp_lan = stat_dhcp_lan()
root.statistics.stat_dhcp_dmz = stat_dhcp_dmz()
root.statistics.stat_fqdn = stat_fqdn()
root.log = view();
root.log.view = view();
root.log.syslog = syslog();
cherrypy.tree.mount(root, "/", config=application_conf)
cherrypy.server.unsubscribe()
server1 = cherrypy._cpserver.Server()
server1.socket_port = 443
server1._socket_host = '0.0.0.0'
server1.ssl_certificate = '/usr/local/conf/server.crt'
server1.ssl_private_key = '/usr/local/conf/server.key'
server1.subscribe()
server2 = cherrypy._cpserver.Server()
server2.socket_port = 80
server2._socket_host = "0.0.0.0"
server2.subscribe()
