def save_interfaces_state_db(self, template='internet_ufinet.yml'):
template_data = yaml.load(open(template).read())
methods = ['set_interfaces']
for device_group, data in template_data.items():
if 'network' in data:
devices = Devices(self.master, network=data['network'])
else:
devices = Devices(self.master, ip_list=data['devices'])
devices.remove_duplicates_db()
devices.execute(methods=methods, thread_window=10)
for filter_ in data['filters']:
devices.execute(methods=["save_interfaces_states"],
kwargs={
ip: {
"save_interfaces_states": {
'filters': filter_
}
}
for ip in devices.keys()
},
thread_window=25)
devices.execute(methods=["correct_ip_interfaces"],
thread_window=55)
# "ip_seed_router": "172.17.22.52",
# "process_id": '502', "area": '502008', 'network_name': 'RCE_GUATEMALA'
# }
# dbd = ospf_database(isp=isp, source='real_time', **honduras)
#
# hn_ips = list(dbd.devices.devices.keys())
# with open("hn_ips", "w") as f:
# f.write('\n'.join(hn_ips))
with open("hn_ips", "r") as f:
ips = [line.replace("\n", "") for line in f]
devs = Devices(ip_list=ips, master=isp.master, check_up=True)
methods = {'set_ip_ospf_interfaces', 'set_interfaces_snmp'}
kwargs = {dev.ip: {'set_ospf_interfaces': {'as_ospf': '504'}} for dev in devs}
devs.execute(methods=methods)
data_devices = {}
suffix = ' L3:MPLOSP D:B L1:DP '
for dev in devs:
data_devices[dev.ip] = []
for index, ospf_data in dev.ospf_interfaces.items():
data_config = f' interface {index} \n description {suffix} {dev.interfaces[index].description}'
data_devices[dev.ip].append()
pickle.dump(data_devices, open("hn.p", "wb"))
# pickle.dump(def_dict,open( "gt.p", "wb" ))
# pprint(def_dict)
# def_dict = pickle.load(open( "gt.p", "rb" ))
# ips = list(def_dict.keys())
connection = master.db_connect()
with connection.cursor() as cursor:
cursor.execute(sql)
data = cursor.fetchall()
uids = {row['net_device_uid'] for row in data}
window = 15
for diagram in diagrams:
not_polled = set(diagram.state.devices_uid.keys()).difference(uids)
if not_polled:
ips = [diagram.state.devices_uid[k].ip for k in not_polled]
ips_uid = {diagram.state.devices_uid[k].ip: k for k in not_polled}
top_ten_ips = ips[0:window - 1] if len(ips) > window else ips
ips_uid = {ip: ips_uid[ip] for ip in top_ten_ips}
break
#
#
devs = Devices(master=Master(), ip_list=top_ten_ips, check_up=False)
for dev in devs:
dev.uid = ips_uid[dev.ip]
devs.add_snmp_event(event='interfaces', type='asyc')
devs.execute(methods=["set_snmp_community"], thread_window=50)
devs.execute_processes(methods=["set_interfaces_snmp"], thread_window=50)
#
#
# asyncio.get_event_loop().run_until_complete(devs.interfaces_async())
#
#
devs.save_interfaces()
from model.Devices import Devices from config.Master import Master from model.Diagram import Diagram import asyncio import datetime top_ten_ips = ['172.16.30.247'] # devs = Devices(master=Master(), ip_list=top_ten_ips, check_up=False) devs.devices['172.16.30.247'].uid_db() devs.add_snmp_event(event='interfaces', type='asyc') devs.devices['172.16.30.247'].community = 'pnrw-all' devs.execute(methods=['set_interfaces_snmp']) # # # asyncio.get_event_loop().run_until_complete(devs.set_interfaces_snmp()) print(devs.devices['172.16.30.247'].interfaces['BVI2150'].util_in) # #