def setup(self, uut1):
logger.info(banner("Verify connectivity on LIIN interface"))
logger.info("Verify connectivity on LIIN interface")
logger.info(title('Setup'))
uut1_config = '''
service internal
ip vrf internal
'''
uut1.configure(uut1_config)
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')
def test(self, uut1):
logger.info(banner("Generic Interface check"))
logger.info("Verify that all interfaces are present")
logger.info(title('Setup'))
uut1.execute("show plat soft peer for fp act | incl updates")
intf_output = uut1.execute("show ip interface brief")
intf_count = 0
#interface count
for lines in intf_output.splitlines()[1:]:
intf_count = intf_count + 1
logger.info("Interface count is {}".format(intf_count))
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 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 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 RP status"))
logger.info("Check if standby RP is online")
logger.info(title('Setup'))
#Get status
output_sh_pl = uut1.execute("show platform")
check_status = re.search("R\d\s+[^\s]+\s+(ok)\,\s+standby",
output_sh_pl)
#check rp status
if check_status.group(1) == "ok":
logger.info(
banner("Standby RP is up status {}".format(
check_status.group(1))))
else:
self.failed("Standby RP is NOT up")
#redundancy check
logger.info("Display the output of show redundancy history")
uut1.execute("show redundancy history")
def test(self, uut1):
logger.info(banner("Interactive test command to all online FRUs"))
logger.info("Interactive test command to all online FRUs")
logger.info(title('Setup'))
numFRUs = 0
passCount = 0
showResult = uut1.execute("show platform | incl ESP|RP")
for fru in showResult.splitlines():
matchs = re.search("([RF]\d)\s+\S+\s+(ok)", fru)
if (matchs.group(1))[0] == "R":
type_rp = "RP"
numFRUs = numFRUs + 1
rp_ok = matchs.group(2)
if rp_ok:
passCount = passCount + 1
elif (matchs.group(1))[0] == "F":
typ_fp = "FP"
numFRUs = numFRUs + 1
fp_ok = matchs.group(2)
if fp_ok:
passCount = passCount + 1
status_match = (matchs.group(1))
if numFRUs == passCount:
try:
output_inter = uut1.execute(
"test platform software shell command infrastructure interactive {}"
.format(status_match))
self.failed("fail")
except Exception as e:
logger.info(
"Interactive test command did not succeed to some of the online FRUs"
)
from ats.log import ScreenHandler
from ats.log.utils import banner
from ats.log.utils import title
import time
# get the root logger
logger = logging.getLogger(__name__)
# create handler (defaults to STDOUT)
handler = ScreenHandler()
# or, if you want to output to STDERR, use below instead
handler = ScreenHandler(sys.stderr)
# add handler to logger
logger.addHandler(handler)
# now try logging :)
logger.critical('A critical message')
logger.error(banner('an error message\nwith newline'))
time.sleep(1)
msg = banner('Something Done Wrong', v_margin='~', h_margin='~')
print(msg)
msg = banner('a banner message')
print(msg)
print(banner('Another Text Message', width=80))
msg = title('a title message')
print(msg)
def section_test(self, uut1, rtr1, rtr2, uutInt1, uutInt2, rtr2Int):
logger.info(banner("QoS classification and marking - multiple service-policies"))
logger.info("Verify ip precedence and dscp classification and marking")
logger.info(title('Setup'))
precValue = "1"
dscpValue = "34"
#configuring access list
try:
uut1_config = '''
access-list 103 permit ip any any
!
class-map match-all acl103
match access-group 103
!
class-map match-all prec1
match ip precedence {}
!
policy-map inputPolicy
class acl103
set ip prec {}
!
policy-map outputPolicy
class prec1
set ip dscp {}
!
interface {}
service-policy input inputPolicy
'''.format((precValue),(precValue),(dscpValue),(uutInt1))
uut1.configure(uut1_config)
#FIXME - Temporarily put a 10 second sleep between configuring input and output serive-policies
time.sleep(10)
uut1_config = '''
interface {}
service-policy output outputPolicy
'''.format((uutInt2))
uut1.configure(uut1_config)
rtr2_config ='''
access-list 121 permit ip any any dscp {}
!
interface {}
ip access-group 121 in
'''.format((dscpValue),(rtr2Int))
rtr2.configure(rtr2_config)
logger.info(banner("acl configuration successfull"))
except Exception as e:
self.failed("acl configuration error")
#Verifying ping goes through to rtr2IP
if not ping_test(rtr1, rtr2IP, count = '10', ipv6 = False):
self.failed("Test failed: Packet marking not working")
else:
logger.info("Packets getting classified and marked correctly")
uut1.execute("show policy-map interface " + uutInt1)
uut1.execute("show policy-map interface " + uutInt2)
#unconfiguring the policy map and access lists
try:
uut1_config ='''
interface {}
no service-policy input inputPolicy
!
interface {}
no service-policy output outputPolicy
!
no policy-map outputPolicy
no policy-map inputPolicy
no class-map prec1
no class-map acl103
!
no access-list 103
'''.format((uutInt1),(uutInt2))
uut1.configure(uut1_config)
rtr2_config ='''
interface {}
no ip access-group 121 in
!
no access-list 121
'''.format((rtr2Int))
rtr2.configure(rtr2_config)
logger.info("Unconfiguration scuccessfull")
except Exception as e:
self.failed("Unconfiguration error")
def section_test(self, uut1, rtr1, rtr2, uutInt2, rtr2Int):
logger.info(banner("QoS output classification and marking"))
logger.info("Verify output acl classification and dscp marking")
logger.info(title('Setup'))
dscpValue = "46"
#configuring access list
try:
uut1_config = '''
access-list 103 permit ip any any
!
class-map match-all acl103
match access-group 103
!
policy-map outputPolicy
class acl103
set ip dscp {}
!
interface {}
service-policy output outputPolicy
'''.format((dscpValue),(uutInt2))
uut1.configure(uut1_config)
rtr2_config = '''
access-list 121 permit ip any any dscp {}
!
interface {}
ip access-group 121 in
'''.format((dscpValue),(rtr2Int))
rtr2.configure(rtr2_config)
logger.info(banner("acl configuration successfull"))
except Exception as e:
self.failed("acl configuration error")
#Verifying ping goes through to rtr2IP
if not ping_test(rtr1, rtr2IP, count = '10', ipv6 = False):
self.failed("Test failed: Packet marking not working")
else:
logger.info("Packets getting classified and marked correctly")
#unconfiguring the policy map and access lists
try:
uut1_config = '''
interface {}
no service-policy output outputPolicy
!
no policy-map outputPolicy
no class-map acl103
!
no access-list 103
'''.format((uutInt2))
uut1.configure(uut1_config)
rtr2_config = '''
interface {}
no ip access-group 121 in
!
no access-list 121
'''.format((rtr2Int))
rtr2.configure(rtr2_config)
logger.info(banner("Unconfiguring the policy map and access lists scuccessfull"))
except Exception as e:
self.failed("Unconfiguring error")
def setup(self, uut1, rtr1, rtr2):
logger.info(banner("Overall IOS punt ICMP test"))
logger.info(
"Verify interface bring up, presense of routes and ping UUT")
logger.info(title('Setup'))