def ospf_topology(self,
ip_seed_router,
process_id='1',
area='0',
filename="pruebayed"):
ospf_db = ospf_database(ip_seed_router=ip_seed_router,
isp=self,
process_id=process_id,
area=area)
ospf_db.get_yed_file(filename=filename)
def ospf_topology_vs(self,
ip_seed_router,
process_id='1',
area='0',
shelve_name="tesst_ospf",
network_name="_ospf_ufinet_regional"):
self.verbose.warning(f"shelve_name {shelve_name}")
ospf_db = ospf_database(ip_seed_router=ip_seed_router,
isp=self,
process_id=process_id,
area=area,
network_name=network_name,
interface_method='',
source='db')
with shelve.open(shelve_name) as sh:
dict_ospf = ospf_db.get_vs()
sh.clear()
sh["db"] = dict_ospf
sh.close()
return dict_ospf
"ip_seed_router": "172.16.30.5", "process_id": '1', "area": '0',
'network_name': '_ospf_ufinet_regional'
}
guatemala = {
"ip_seed_router": "172.17.22.52",
"process_id": '502', "area": '502008', 'network_name': 'RCE_GUATEMALA'
}
lista = []
pf = PerformanceLog('24 hours diagram')
threads = []
dbs = []
data_final = []
for i in range(0, 24):
period_start = date_list[i]
period_end = date_list[i + 1]
dbd = ospf_database(isp=isp, source='delay_start', period_start=period_start, period_end=period_end, **regional)
dbs.append(dbd)
t = Thread(target=dbd.delay_start)
t.start()
threads.append(t)
for t in threads:
t.join()
for dbd in dbs:
data = dbd.get_vs()
data_final.append({'period': f'{dbd.period_start} - {dbd.period_end}', 'data': data})
pf.flag('end')
pf.print_intervals()
def diagrama_intervalos_json():
covertidor = {
"guatemala": "RCE_GUATEMALA",
"_ospf_ufinet_regional": "_ospf_ufinet_regional"
}
request.get_json()
network = covertidor[request.json['network']]
tipo_periodo = request.json['tipo_periodo']
period_start = request.json['date']
if period_start == "":
period_start = str(datetime.datetime.today()).split(' ')[0]
isp = ISP()
isp.master = master
base = datetime.datetime.strptime(period_start, '%Y-%m-%d')
date_list = [
str(base + datetime.timedelta(**{tipo_periodo: x}))
for x in range(0, 25)
]
data_red = {
"_ospf_ufinet_regional": {
"ip_seed_router": "172.16.30.5",
"process_id": '1',
"area": '0',
'network_name': '_ospf_ufinet_regional'
},
"RCE_GUATEMALA": {
"ip_seed_router": "172.17.22.52",
"process_id": '502',
"area": '502008',
'network_name': 'RCE_GUATEMALA'
}
}
pf = PerformanceLog('24 hours diagram')
threads = []
dbs = []
data_final = []
for i in range(0, 24):
period_start = date_list[i]
period_end = date_list[i + 1]
dbd = ospf_database(isp=isp,
source='delay_start',
period_start=period_start,
period_end=period_end,
**data_red[network])
dbs.append(dbd)
t = Thread(target=dbd.delay_start)
t.start()
threads.append(t)
for t in threads:
t.join()
for dbd in dbs:
data = dbd.get_vs()
data_final.append({
'period': f'{dbd.period_start} - {dbd.period_end}',
'vs': data
})
pf.flag('end')
pf.print_intervals()
return jsonify(data_final)
from config.Master import Master
from model.ospf_database import ospf_database
isp = ISP()
isp.master = Master()
data_networks = {
'regional': {
"ip_seed_router": "172.16.30.5",
"process_id": '1',
"area": '0',
'network_name': '_ospf_ufinet_regional'
},
'guatemala': {
"ip_seed_router": "172.17.22.52",
"process_id": '502',
"area": '502008',
'network_name': 'RCE_GUATEMALA'
}
}
devices_ips = []
for name, kwargs_network in data_networks.items():
dbd = ospf_database(isp=isp, source='real_time', **kwargs_network)
dbd.save_state()
devices_ips.extend(list(dbd.devices.devices.keys()))
del dbd
devices_ips = list({ip for ip in devices_ips})
with open('hosts/interfaces/all_network_ospf_devices', 'w') as f:
devices_ips.append('\n\n\n')
f.write("\n".join(devices_ips))