def execution(self, device, **kwargs):
# Init
status = OK
message = ''
# Execute command to check for tracebacks - timeout set to 5 mins
try:
output = device.execute(self.show_cmd,
timeout=self.args.alignmentcheck_timeout)
except Exception as e:
status += CRITICAL(str(e))
return status
if not output:
return ERRORED('No output from {cmd}'.format(cmd=self.show_cmd))
# Check for alignment errors. Hex values = problems.
if '0x' in output:
message = "Device {d} Alignment error detected: '{o}'"\
.format(d=device.name, o=output)
status += CRITICAL(message)
logger.error(banner(message))
# Log message to user
if not message:
message = "***** No alignment error found *****"
status += OK(message)
logger.info(banner(message))
# Final status
return status
def send_install_cmd(ip_addr, username, password, rtr_hostname, install_cmd):
"""Used to send install command via pexpect. This is prefered as Csccon
does not handle the cXR install add command well."""
import pexpect
attempts = 4
rtr_hostname_result = False
for i in range(attempts):
log.info('attempting to connected to rtr attempt {} of {} via ip: {}'.
format(i, attempts, ip_addr))
# ATTEMPTING TELNET CONNECTION
child = pexpect.spawn('telnet {}'.format(ip_addr), timeout=90)
if child.isatty() == True and child.isalive() == True:
log.info(
banner('Established connection to {} now sending '
'username {} and password {}'.format(
ip_addr, username, password)))
log.info('sending pexpect username')
child.expect('Username: '******'{}'.format(username))
data = child.before
str_data = str(data, 'utf-8')
for line in str_data.split('\n'):
log.info(line)
child.expect('Password:'******'{}'.format(password))
child.expect('#')
data = child.before
str_data = str(data, 'utf-8')
for line in str_data.split('\n'):
log.info(line)
if rtr_hostname in line:
rtr_hostname_result = True
log.info(
banner('Pexpect successful found router prompt {} '
'telnet was successful'.format(rtr_hostname)))
if rtr_hostname_result == True:
break
else:
log.warning('could not find router hostname '
'prompt {}'.format(rtr_hostname))
else:
log.warning('connection was unsuccessful connection '
'status = {}'.format(child.isatty()))
child.close()
log.info('@@@ Pexpect logged into router \n'
'sending command : {} @@@'.format(install_cmd))
try:
child.sendline('{}'.format(install_cmd))
child.expect('#')
except:
log.info(banner('@@@ SENT INSTALL CMD VIA PEXPECT @@@'))
child.close()
def verify_interface_count(self,
device,
ethernet_intf_count = 0,
serial_intf_count = 0):
'''
verify interface counts with `show ip interface brief`
Sample of show ip interface brief command result:
show ip interface brief
Interface IP-Address OK? Method Status Protocol
GigabitEthernet0/0 unassigned YES unset administratively down down
GigabitEthernet0/1 10.10.10.2 YES manual up up
'''
try:
# store execution result for later usage
result = self.parameters[device].execute('show ip interface brief')
except Exception as e:
# abort/fail the testscript if show ip interface brief command
# returns any exception such as connection timeout or command
# failure
self.failed('Device {} \'show ip interface brief\' failed: '
'{}'.format(device, str(e)),
goto = ['exit'])
else:
# extract ethernet interfaces
match = re.search(r'(?P<ethernet>)GigabitEthernet\d', result)
if match:
ethernet_interfaces = re.finditer(r'\r\nGigabitEthernet\d+/\d+\s+', result)
#ethernet_interfaces:
# total number of ethernet interface
len_ethernet_interfaces = len(tuple(ethernet_interfaces))
# log the ethernet interface counts
logger.info(banner('\'show ip interface brief\' returns {} GigabitEthernet'
' interfaces'.format(len_ethernet_interfaces)))
# compare the ethernet interface count between
# `show ip interface brief` and `show version`
assert len_ethernet_interfaces == ethernet_intf_count
else:
ethernet_interfaces = re.finditer(r'\r\nFastEthernet\d+/\d+\s+', result)
# total number of ethernet interface
len_ethernet_interfaces = len(tuple(ethernet_interfaces))
# log the ethernet interface counts
logger.info(banner('\'show ip interface brief\' returns {} FastEthernet'
' interfaces'.format(len_ethernet_interfaces)))
# compare the ethernet interface count between
# `show ip interface brief` and `show version`
assert len_ethernet_interfaces == ethernet_intf_count
def execution(self, device, **kwargs):
# Init
status = OK
# create timeout object
timeout = Timeout(max_time=int(self.args.cpucheck_timeout),
interval=int(self.args.cpucheck_interval))
# loop status
loop_stat_ok = True
if not hasattr(self, 'PARSER_MODULE'):
return WARNING('Does not have CPU related parsers to check')
while timeout.iterate():
# Execute command to get five minutes usage percentage
try:
cpu_dict = self.PARSER_MODULE(device).parse(
sort_time='5min', key_word='CPU')
except Exception as e:
return ERRORED('No output from show processes cpu\n{}'.format(e))
# Check 5 minutes percentage smaller than cpucheck_fivemin_pcnt
if int(cpu_dict['five_min_cpu']) >= int(self.args.cpucheck_fivemin_pcnt):
message = "****** Device {d} *****\n".format(d=device.name)
message += "Excessive CPU utilization detected for 5 min interval\n"
message += "Allowed: {e}%\n".format(e=self.args.cpucheck_fivemin_pcnt)
message += "Measured: FiveMin: {r}%".format(r=cpu_dict['five_min_cpu'])
loop_stat_ok = False
timeout.sleep()
else:
message = "***** CPU usage is Expected ***** \n"
message += "Allowed threashold: {e} \n"\
.format(e=self.args.cpucheck_fivemin_pcnt)
message += "Measured from device: {r}"\
.format(r=cpu_dict['five_min_cpu'])
loop_stat_ok = True
status += OK(message)
logger.info(banner(message))
break
if not loop_stat_ok:
status += CRITICAL(message)
logger.error(banner(message))
# Final status
return status
def _verify_finds_root_interface(ops, requirements, **kwargs):
'''Triggers in this file specified verify method. This is to check only 1 interface
change to root after change the priority to highest
'''
log.info(banner("check only One interface change to root for each vlan"))
ret = find([ops], R(requirements), filter_=False)
if not ret:
raise Exception(
'There is no Root interfaces after changing the priority')
group_keys = GroupKeys.group_keys(reqs=[requirements],
ret_num={},
source=ret)
vlan_dict = {}
for item in group_keys:
vlan_dict.setdefault(item['vlan'],
{}).setdefault(item['interface'], {})
for vlan in vlan_dict:
if len(vlan_dict[vlan].keys()) != 1:
raise Exception(
'Expect ONE Root interface for vlan {v} but got {i}'.format(
v=vlan, i=list(vlan_dict[vlan].keys())))
else:
log.info('Find ONE ROOT interface {i} for vlan {v}'.format(i=list(
vlan_dict[vlan].keys())[0],
v=vlan))
class ST_IPV6_PING(aetest.Testcase):
uid = "ST_IPV6_PING"
logger.info(banner("Overall ICMP IPv6 ping from/to/thru UUT"))
logger.info("Verify that IPv6 punt/inject/thru path on UUT")
@aetest.test
def ST_IPV6_PING_1(self, uut1, rtr1, rtr2):
logger.info("ICMP IPv6 ping to verify punt/inject path")
#ping ipv6
if not ping_test(uut1, rtr1IPv6, ipv6=True):
self.failed("ICMP IPv6 ping test for punt/inject path failed")
else:
logger.info("Ping successfull")
try:
uut1.execute("show ipv6 neighbors")
rtr1.execute("show ipv6 neighbors")
rtr2.execute("show ipv6 neighbors")
except Exception as e:
self.failed("Command failed")
@aetest.test
def ST_IPV6_PING_2(self, uut1, rtr1, rtr2):
logger.info("ICMP IPv6 ping to verify thru path")
#ping ipv6
if not ping_test(rtr1, rtr2IPv6, ipv6=True):
self.failed('ICMP IPv6 ping test for thru path failed')
else:
logger.info('Ping successfull')
try:
uut1.execute("show ipv6 neighbors")
rtr1.execute("show ipv6 neighbors")
rtr2.execute("show ipv6 neighbors")
except Exception as e:
self.failed("Command failed")
@aetest.test
def ST_IPV6_PING_3(self, uut1, rtr1, rtr2):
logger.info("ICMP IPv6 ping to UUT")
#ping ipv6
if not ping_test(rtr1, uutInt1IPv6, ipv6=True):
self.failed('ICMP IPv6 ping to UUT failed')
else:
logger.info('Ping successfull')
try:
uut1.execute("show ipv6 neighbors")
rtr1.execute("show ipv6 neighbors")
rtr2.execute("show ipv6 neighbors")
except Exception as e:
self.failed("Command failed")
def test(self, uut1):
logger.info(banner("Verify the bootflash can be accessed"))
logger.info("Verify the bootflash can be accessed")
logger.info(title('Setup'))
#Get dir output
dir_output = uut1.execute("dir bootflash:mcp_crashinfo*")
check_status = re.findall("(Error|Invalid|Incomplete|bytes free)",
dir_output)
if "Error" or "Invalid" or "Incomplete" in check_status:
logger.info(
"Failed to access the bootflash {}".format(check_status))
elif "bytes free" in check_status:
logger.info(banner("The bootflash can be accessed"))
def test(self, uut1):
logger.info(banner("Check GigE SPA status"))
logger.info("Check if GigE SPA is online")
logger.info(title('Setup'))
#Get status
output_sh_pl = uut1.execute("show platform")
check_status = re.search("SPA-\dX1GE...\s+(ok)\s+", output_sh_pl)
#check fp status
if check_status.group(1) == "ok":
logger.info(
banner("GigE SPA is up status {}".format(
check_status.group(1))))
else:
self.failed("GigE SPA is NOT up")
def test(self, uut1):
logger.info(banner("Check CC1 status"))
logger.info("Check if CC1 is online")
logger.info(title('Setup'))
#Get status
output_sh_pl = uut1.execute("show platform")
check_status = re.search("0\s+(MCP-CC|ASR\d+-SIP\d+)\s+(ok)\s+",
output_sh_pl)
#check fp status
if check_status.group(2) == "ok":
logger.info(
banner("CC1 is up status {}".format(check_status.group(2))))
else:
self.failed("CC1 is NOT up")
def check_ip_protocols(self):
mega_dict = {}
mega_tabular = []
for dev in self.parent.parameters['dev']:
if dev.name == "terminal_server":
pass
else:
mega_dict[dev.name] = []
log.info(banner("Gathering IP Protocol Information from {}".format(
dev.name)))
output = dev.parse('sh ip protocols')
smaller_tabular = []
smaller_tabular.append(dev.name)
gateways = output["protocols"]["isis"]["vrf"]["default"]["address_family"]["ipv4"]["instance"]["CUSTOMER_NAME"]["routing_information_sources"]["gateway"].keys()
mega_dict[dev.name] = gateways
smaller_tabular.append(", ".join(gateways))
if set(gateways).issubset(set(test_params.params["routers_addr"])):
smaller_tabular.append('Passed')
else:
smaller_tabular.append('Failed')
mega_tabular.append(smaller_tabular)
log.info(tabulate(mega_tabular,
headers = ['ISIS Gateways',
'Passed/Failed'],
tablefmt='orgtbl'))
for dev_name in mega_dict:
if not set(mega_dict[dev_name]).issubset(set(test_params.params["routers_addr"])):
self.failed("{d}: Does not contain all the routers, it contains: {e}".format(
d=dev_name, e=", ".join(mega_dict[dev_name])))
self.passed("All devices' slots are in a ok state")
def test_netconf(self):
""" Verify device reachable through NETCONF """
for dev in self.parent.parameters["dev"]:
if "netconf" in dev.connections:
log.info(
banner("Testing NETCONF Access to {}".format(dev.name))
)
# Retry loop
for _ in range(MAX_RETRIES):
try:
with manager.connect(
host = str(dev.connections.netconf.ip),
port = str(dev.connections.netconf.port),
username = dev.tacacs.username,
password = dev.passwords.tacacs,
hostkey_verify = False,
look_for_keys=False
) as m:
log.info("NETCONF Connected is {}".format(m.connected))
# If unable to connect, fail test
except Exception as e:
log.error("Attempt number {} to connect with NETCONF failed.".format(_ + 1))
log.error(e)
else:
break
# If unable to connect, fail test
else:
self.failed(
"Failed to establish NETCONF connection to '{}'".format(
dev.name
)
)
def check_isis_neighbors(self):
mega_dict = {}
mega_tabular = []
for dev in self.parent.parameters['dev']:
if dev.name == "terminal_server":
pass
else:
mega_dict[dev.name] = 0
log.info(banner("Gathering Isis Neighbors Information from {}".format(
dev.name)))
output = dev.parse('sh isis neighbors')
nNeighbors = len(output["isis"]["CUSTOMER_NAME"]["neighbors"])
mega_dict[dev.name] = nNeighbors
smaller_tabular = []
smaller_tabular.append(dev.name)
smaller_tabular.append(", ".join(output["isis"]["CUSTOMER_NAME"]["neighbors"]))
smaller_tabular.append(nNeighbors)
if nNeighbors == test_params.params["nIsisNeighbors"]:
smaller_tabular.append('Passed')
else:
smaller_tabular.append('Failed')
mega_tabular.append(smaller_tabular)
log.info(tabulate(mega_tabular,
headers = ['Neighbors', 'Number of Neighbors',
'Passed/Failed'],
tablefmt='orgtbl'))
for dev_name in mega_dict:
if mega_dict[dev_name] != test_params.params["nIsisNeighbors"]:
self.failed("{d}: has {e} isis neighbors, instead of 2".format(
d=dev_name, e=mega_dict[dev_name]))
self.passed("All devices have 2 isis neighbors")
def save_bootvar(self, testbed):
"""Check boot information and save bootvar to startup-config
Args:
testbed (`obj`): Testbed object
Returns:
None
Raises:
pyATS Results
"""
log.info(banner('Check boot information to see if they are consistent\n'
'and save bootvar to startup-config'))
# get uut
devices = testbed.find_devices(alias='uut')
for uut in devices:
lookup = Lookup.from_device(uut)
# get platform pts
platform_pts = self.parameters.get('pts', {}).get('platform', {}).get('uut', None)
try:
lookup.sdk.libs.abstracted_libs.subsection.save_device_information(
device=uut, platform_pts=platform_pts)
except Exception as e:
self.passx('Failed to save boot var or copy running-config to startup-config',
from_exception=e)
def new_subsection_in_variant(self):
'''New Subsection
demonstrating that after inheriting the previous CommonSetup, we can add
more sections to it.
'''
logger.info(banner('new subsection is now called'))
def section_test(self, uut1, rtr1, rtr2):
tries = 0
max_tries = 18
while tries < max_tries:
ospf_output = uut1.execute("show ip ospf neighbor")
start_time_stamp = time.time()
for line in ospf_output.splitlines():
neighbor_output = re.search(
'(FULL)\S*\s+[0-9\:]*\s+(\d+\.\d+\.\d+\.\d+)', ospf_output)
end_time_stamp = time.time()
total_time = start_time_stamp - end_time_stamp
if neighbor_output.group(
1) == "FULL" and neighbor_output.group(2) == rtr1IP:
logger.info(
banner("OSPF reached FULL state in {} seconds".format(
round(total_time))))
break
else:
tries += 1
time.sleep(10)
self.failed("OSPF - adjacency-based inject test failed")
break
logging.info("OSPF - adjacency-based inject test Successfull")
class ScriptCommonSetup(aetest.CommonSetup):
logger.info(banner('Executing common_setup section'))
@aetest.subsection
def validate_params(self, testbed, **parameters):
for parameter in parameters:
assert parameter in mandatory_parameters, \
self.failed("Missing parameter {} from mandatory_parameters".format(parameter))
@aetest.subsection
def get_testbed_info(self, uut1, rtr1, rtr2, uutInt1, uutInt2, rtr1Int, rtr2Int, testbed, **parameters):
logger.info(banner('Connecting to Router'))
uut1 = testbed.devices[uut1]
rtr1 = testbed.devices[rtr1]
rtr2 = testbed.devices[rtr2]
self.parent.parameters['uut1'] = uut1
self.parent.parameters['rtr1'] = rtr1
self.parent.parameters['rtr2'] = rtr2
uut1.connect()
assert uut1.connected, "Could not connect to device: {}".format(uut1.name)
rtr1.connect()
assert rtr1.connected, "Could not connect to device: {}".format(rtr1.name)
rtr2.connect()
assert rtr2.connected, "Could not connect to device: {}".format(rtr2.name)
logger.info("Configuring uut1 Interfaces IP address")
def check_interfaces_crc_errors(self):
mega_dict = {}
mega_tabular = []
for dev in self.parent.parameters['dev']:
if dev.name == "terminal_server":
pass
else:
mega_dict[dev.name] = {}
log.info(banner("Gathering MPLS Forwarding Table Information from {}".format(
dev.name)))
output = dev.parse('show interfaces')
mega_dict[dev.name]={}
for interface in output:
smaller_tabular = []
smaller_tabular.append(dev.name)
smaller_tabular.append(interface)
in_crc_errors = output[interface]["counters"]["in_crc_errors"]
smaller_tabular.append(in_crc_errors)
mega_dict[dev.name][interface] = in_crc_errors
if in_crc_errors == 0:
smaller_tabular.append('Passed')
else:
smaller_tabular.append('Failed')
mega_tabular.append(smaller_tabular)
log.info(tabulate(mega_tabular,
headers = ['Interface', 'CRC_Errors',
'Passed/Failed'],
tablefmt='orgtbl'))
for dev_name in mega_dict:
for interface in mega_dict[dev_name]:
if mega_dict[dev_name][interface] > 0:
self.failed("{d}: {int} has experienced {e} CRC Errors ".format(
d=dev_name, int=interface, e=mega_dict[dev_name][interface]))
self.passed("No interface has experienced CRC Errors ")
def show_log(self):
self.logging_server = {}
for dev in self.parent.parameters['dev']:
log.info(banner("Gather log data from {}".format(dev.name)))
logout = dev.execute("show log | exclude Jan|Feb|Mar|Apr|May|Jun|Jul|Aug|Sep|Oct|Nov|Dec")
logout = logout.split("Log Buffer")[0]
self.logging_server[dev.name] = logout
def test(self, uut1):
logger.info(banner("Check active FP status"))
logger.info("Check if active FP is online")
logger.info(title('Setup'))
#Get status
output_sh_pl = uut1.execute("show platform")
check_status = re.search("F\d\s+[^\s]+\s+(ok)\,\s+active",
output_sh_pl)
#check fp status
if check_status.group(1) == "ok":
logger.info(
banner("Active FP is up status {}".format(
check_status.group(1))))
else:
self.failed("Active FP is NOT up")
def test(self, uut1):
logger.info(banner("Check standby FP status"))
logger.info("Check if standby FP reaches ok state")
logger.info(title('Setup'))
#Get status
output_sh_pl = uut1.execute("show platform")
check_status = re.search("F\d\s+[^\s]+\s+(ok)\,\s+standby",
output_sh_pl)
#check fp status
if check_status.group(1) == "ok":
logger.info(
banner("Standby FP is status {}".format(
check_status.group(1))))
else:
self.failed("Standby FP failed to reach ok state")
def section_test(self, uut1, rtr1, rtr2):
logger.info(banner("IP Connectivity"))
logger.info("Verifying ping before ACL configuration")
target_ip_1 = "101.101.101.101"
target_ip_2 = "3.3.3.3"
uut1.execute("set platform software trace all debug")
logger.info("Verify IP connectivity between routers")
time.sleep(10)
#Verify IP connectivity between routers
#ipv4 ping test
if not ping_test(rtr1, target_ip_1, ipv6=False):
self.failed('Ping failed between rtr1 and rtr2')
else:
logger.info('Connectivity between rtr1 and rtr2 successfull')
if not ping_test(rtr1, target_ip_2, ipv6=False):
self.failed('Ping failed between rtr1 and rtr2')
else:
logger.info('Connectivity between rtr1 and rtr2 successfull')
#ipv6 ping test
if not ping_test(rtr1, rtr2IPv6, ipv6=True):
self.failed('ICMP IPv6 ping test failed between rtr1 and rtr2')
else:
logger.info('ipv6 connectivity between rtr1 and rtr2 successfull')
if not ping_test(rtr1, rtr2lo101IPv6, ipv6=True):
self.failed('ICMP IPv6 ping test failed between rtr1 and rtr2')
else:
logger.info('ipv6 connectivity between rtr1 and rtr2 successfull')
#neighbors check
try:
uut1.execute("show ipv6 neighbors")
rtr1.execute("show ipv6 neighbors")
rtr2.execute("show ipv6 neighbors")
except Exception as e:
logger.info("IPv6 Connectivity Failure")
logger.info(banner("acl configuration successfull"))
def cleanup(self):
"""Testcase cleanup."""
cs = Common_setup()
log.info('Matthew your in cleanup')
log.info(banner('@@@ disconnecting telnet session @@@'))
cs.rtr.mgmt1.disconnect()
cs.rtr.mgmt2.disconnect()
def learn_the_system(self, testbed, steps, features=None):
"""Learn and store the system properties
Args:
testbed (`obj`): Testbed object
steps (`obj`): aetest steps object
features (`dict`): dict of components and the feature that contains the component.
ex. {'pim': ['autorp',],
'bgp': ['confederationpeers', 'gracefulrestart']}
Returns:
None
Raises:
pyATS Results
"""
log.info(
banner('Learn and store platform information, lldp neighbors'
', from PTS if PTS is existed, otherwise from show commands'))
# get uut, having a uut is mandatory in Genie
uut = testbed.devices['uut']
lookup = Lookup.from_device(uut)
# get platform PTS
platform_pts = self.parameters.get('pts', {}).get('platform',
{}).get('uut', None)
with steps.start(
"Store and learn platform information from 'show lldp neighbors detail' on {}"
.format(self.name)) as step:
try:
lookup.sdk.libs.abstracted_libs\
.subsection.learn_system(device=uut, steps=steps, platform_pts=platform_pts)
except Exception as e:
step.passx('Cannot Learn and Store system info', from_exception=e)
# learn platform lldp neighbors
with steps.start("learn platform lldp neighbors on device {}".format(
uut.name)) as step:
# inital lldp ops object
lldp_ops = lookup.ops.lldp.lldp.Lldp(
uut,
attributes=['info[interfaces][(.*)][neighbors][(.*)][port_id]'])
# learn the lldp ops
try:
lldp_ops.learn()
except Exception as e:
step.passx('Cannot learn lldp information', from_exception=e)
if not hasattr(lldp_ops, 'info'):
step.passx('No LLDP neighbors')
# store the lldp information
uut.lldp_mapping = lldp_ops.info['interfaces']
def learn_bgp(self):
""" Sample test section. Only print """
self.all_bgp_sessions = {}
for dev in self.parent.parameters['dev']:
log.info(
banner("Gathering BGP Information from {}".format(dev.name)))
bgp = dev.learn('bgp')
self.all_bgp_sessions[dev.name] = bgp.info
def parse_macaddresses(self):
""" Sample test section. Only print """
for device in self.parent.parameters['dev']:
log.info(banner("Gathering mac address tabel from {}".format(
device.name)))
macaddresses = device.parse("show mac address-table")
self.all_mac = macaddresses
self.name = device.name
def show_interfaces_switchspor(self):
""" Collect struted data from show interfaces switchport """
self.all_interfaces = {}
for dev in self.parent.parameters['dev']:
log.info(banner("Gathering Interface Information from {}".format(
dev.name)))
switchport = dev.parse("show interfaces switchport")
self.all_interfaces[dev.name] = switchport
def learn_version(self):
self.version_info = {}
for ios_device in self.parent.parameters['dev']:
log.info(banner("Gathering Version Information from {}".format(
ios_device.name
)))
version_info = ios_device.parse("show version")
self.version_info[ios_device.name] = version_info['version']
def check_interfaces_crc_errors(self):
# Big dictionary for collecting testcase relevant info
mega_dict = {}
# Object for storing the summarized info table
mega_tabular = []
# Loop through all devices
for dev in self.parent.parameters['dev']:
# If using CML avoid interacting with terminal server as it is other type of device
if dev.name == "terminal_server":
pass
else:
# Dictionary for saving variables for checking testcase conditions
mega_dict[dev.name] = {}
# Big log banner for debugging
log.info(
banner(
"Gathering MPLS Forwarding Table Information from {}".
format(dev.name)))
# CLI command to execute and parse into a dictionary
output = dev.parse('show interfaces')
# Loop through the dictionary with the parsed output
for interface in output:
# Identify the interested variables for condition checking and storing it
in_crc_errors = output[interface]["counters"][
"in_crc_errors"]
mega_dict[dev.name][interface] = in_crc_errors
# Variable for storing table row info
smaller_tabular = []
smaller_tabular.append(dev.name)
smaller_tabular.append(interface)
smaller_tabular.append(in_crc_errors)
# Checking for marking Passed or failed in each row
if in_crc_errors == 0:
smaller_tabular.append('Passed')
else:
smaller_tabular.append('Failed')
# Row aggregation for the global table
mega_tabular.append(smaller_tabular)
# Complete summarized info table representation
log.info(
tabulate(mega_tabular,
headers=['Interface', 'CRC_Errors', 'Passed/Failed'],
tablefmt='orgtbl'))
# Loop for checking the test case success or failure
for dev_name in mega_dict:
for interface in mega_dict[dev_name]:
# Failing condition
if mega_dict[dev_name][interface] > 0:
# After identifying one case will stop execution of the test case and be marked as failure and this message will be displayed
self.failed(
"{d}: {int} has experienced {e} CRC Errors ".format(
d=dev_name,
int=interface,
e=mega_dict[dev_name][interface]))
# If no failure condition has been found the reult will be a passed and this message will be displayed
self.passed("No interface has experienced CRC Errors ")
def learn_interfaces(self):
""" Sample test section. Only print """
self.all_interfaces = {}
for dev in self.parent.parameters['dev']:
log.info(
banner("Gathering interface Information from {}".format(
dev.name)))
interfaces = dev.learn("interface")
self.all_interfaces[dev.name] = interfaces.info
def section_test(self, uut1, rtr1, rtr2):
logger.info(banner("Verify iP Connectivity before QoS test"))
logger.info("Verifying ping before QoS configuration")
logger.info(title('Setup'))
# Verify IP connectivity between routers
if not ping_test(rtr1, rtr2IP, ipv6 = False):
self.failed('Connectivity failure between rtr1 and rtr2')
else:
logger.info('Ping successfull')