def test_all_total_memory_percent_util(dev):
parser = jxmlease.EtreeParser()
res = parser(dev.rpc.get_route_engine_information())
# The 80% threshold is arbitrary and you might want to set different number in your env.
# Also consider checking control and data plane memory utilization separately
return int(res["route-engine-information"]["route-engine"]
["memory-system-total-util"]) < 80
def check_ospf_full_adjacencies(dev, neighbor_count):
full_count = 0
parser = jxmlease.EtreeParser()
res = parser(dev.rpc.get_ospf_neighbor_information())
for neighbor_data in res["ospf-neighbor-information"]["ospf-neighbor"]:
if neighbor_data["ospf-neighbor-state"] == "Full":
full_count += 1
else:
return False
return full_count == neighbor_count
def test_R1_arp_gateway(dev):
R1_GW_CORRECT_ARP_ENTRY = {
'arp-table-entry-flags': {
'none': ''
},
'hostname': '10.10.0.1',
'interface-name': 'ge-0/0/3.0',
'ip-address': '10.10.0.1',
'mac-address': '00:0c:29:60:25:80'
}
parser = jxmlease.EtreeParser()
res = parser(dev.rpc.get_arp_table_information())
# You can use res.prettyprint() to see the whole data structure
for item in res['arp-table-information']['arp-table-entry']:
if item == R1_GW_CORRECT_ARP_ENTRY:
return True
return False
def main():
"""Main Program"""
args = create_arg()
csvfile = open(args.ping_result_file, 'w')
fieldnames = ['user-name', 'session-id', 'ip-address',
'probes-sent', 'responses-received', 'packet-loss',
'rtt-minimum', 'rtt-average', 'rtt-maximum', 'rtt-stddev']
writer = csv.DictWriter(csvfile, fieldnames=fieldnames)
writer.writeheader()
parser = jxmlease.EtreeParser()
dev = connect(args.host, args.username,
args.password, args.port)
for item in parse_csv_input_file(args.ping_input_file):
if item['ip_address']:
ping_result = parser(do_ping(dev, item['ip_address'],
item['routing_instance'],
args.count, args.rapid))
ping_ok, parse_summmary_dict = parse_summary(ping_result)
if ping_ok:
print_summary(parse_summmary_dict)
# add username & ip address to dict.
parse_summmary_dict['user-name'] = item['user_name']
parse_summmary_dict['session-id'] = item['session_id']
parse_summmary_dict['ip-address'] = item['ip_address']
writer.writerow(parse_summmary_dict)
else:
print("Ping failed to this session: {} reason: "
"{}").format(item['session_id'],
parse_summmary_dict.strip())
else:
print(parse_summmary_dict)
print("Skipping session-id: {} "
"for missing ip address".format(item['session_id']))
# close dev
dev.close()
# close csv file
csvfile.close()
def test_vsrx_SYSTEM_junos_version_193r1______(dev):
parser = jxmlease.EtreeParser()
res = parser(dev.rpc.get_software_information())
return res["software-information"]["junos-version"] == "19.3R1.8"
present, but is now not present.
"""
import sys
import getpass
import jxmlease
from jnpr.junos import Device
from jnpr.junos.utils.config import Config
import jnpr.junos.exception
TEMPLATE_PATH = 'interface_descriptions_template.xml'
# Create a jxmlease parser with desired defaults.
parser = jxmlease.EtreeParser()
class DoneWithDevice(Exception):
pass
def main():
"""The main loop.
Prompt for a username and password.
Loop over each device specified on the command line.
Perform the following steps on each device:
1) Get LLDP information from the current device state.
2) Get interface descriptions from the device configuration.
3) Compare the LLDP information against the previous snapshot of LLDP
