def main():
from tests.enablelog import ScriptLog, banner
sl = ScriptLog("switch.log")
log = sl.log
from mdslib.switch import Switch
user = '******'
pw = 'nbv!2345'
ip_address = '10.126.94.104'
ip_address1 = '10.126.94.121'
p = 8443
sw104 = Switch(
ip_address=ip_address,
username=user,
password=pw,
connection_type='https',
port=p,
timeout=30,
verify_ssl=False)
sw121 = Switch(
ip_address=ip_address1,
username=user,
password=pw,
connection_type='https',
port=p,
timeout=30,
verify_ssl=False)
sw220 = Switch(
ip_address="10.126.94.220",
username=user,
password=pw,
connection_type='https',
port=p,
timeout=30,
verify_ssl=False)
sw = sw220
banner("ip, version, model, npv")
print("switch ip addr is : " + sw.ipaddr)
print("switch version is : " + sw.version)
print("switch model is : " + sw.model)
print("switch npv state is : " + str(sw.npv))
banner("end")
print(fobj.status)
print(fobj.transceiver.sfp_present)
print(fobj.transceiver.bit_rate)
print(type(fobj.transceiver.bit_rate))
print(fobj.transceiver.min_speed)
print(fobj.transceiver.max_speed)
print(fobj.transceiver.name)
print(fobj.transceiver.part_number)
print(fobj.transceiver.voltage)
print(fobj.transceiver.current)
print(fobj.transceiver.temperature)
print(fobj.transceiver.tx_power)
print(fobj.transceiver.rx_power)
fobj1 = Fc(sw, name="fc1/4")
banner(sw.ipaddr)
print("---- counter obj")
print(fobj1.counters)
print("---- counter brief")
print(fobj1.counters.brief)
print("---- counter total_stats")
print(fobj1.counters.total_stats)
print("---- counter congestion_stats")
print(fobj1.counters.congestion_stats)
print("---- counter link_stats")
print(fobj1.counters.link_stats)
print("---- counter loop_stats")
print(fobj1.counters.loop_stats)
print("---- counter other_stats")
print(fobj1.counters.other_stats)
# port=p,
# timeout=30,
# verify_ssl=False)
sw = Switch(ip_address=ip_address,
username=user,
password=pw,
connection_type='https',
port=p,
timeout=30,
verify_ssl=False)
from mdslib.devicealias import DeviceAlias
from mdslib import constants
banner(sw.ipaddr)
d = DeviceAlias(sw)
print("Check if invalid mode raises exception")
try:
d.mode = "asdsa"
except Exception as e:
print("Caught correct exception")
print(e.args)
print("Device alias mode : " + d.mode)
print("Device alias distribution : " + str(d.distribute))
print("Device alias locked? : " + str(d.locked))
# print("Device alias entries : " + str(d.database))
print("Setting Device alias distribution to False...")
username=user,
password=pw,
connection_type='https',
port=p,
timeout=30,
verify_ssl=False)
sw121 = Switch(ip_address=ip_address1,
username=user,
password=pw,
connection_type='https',
port=p,
timeout=30,
verify_ssl=False)
banner(" PortChannel section")
banner("Create PC22 in sw121")
# Lets play with port-channel
pc22_121 = PortChannel(switch=sw121, id=22)
pc22_121.create()
pc22_121.description = "This is a sample pc description"
banner("Get info about interface pc22_121")
print("Desc: " + pc22_121.description)
print("Mode: " + pc22_121.mode)
print("Name: " + pc22_121.name)
print("Speed: " + pc22_121.speed)
print("Status: " + pc22_121.status)
print("Trunk: " + pc22_121.trunk)
pc22_121.channel_mode = "active"
print("Ch-Mode: " + pc22_121.channel_mode)
# verify_ssl=False)
sw121 = Switch(ip_address=ip_address1,
username=user,
password=pw,
connection_type='https',
port=p,
timeout=30,
verify_ssl=False)
sw = sw121
from mdslib.vsan import Vsan
from mdslib.fc import Fc
banner("Creating vsan 98 and 99")
v98 = Vsan(switch=sw, id=98)
v99 = Vsan(switch=sw, id=99)
v98.create("98thVsan")
v99.create("99thVsan")
banner("end")
print()
v1 = Vsan(switch=sw, id=1)
print("Vsan 1 interfaces are..")
print(v1.interfaces)
# Lets create fc interface object for fc1/11,fc1/12,fc1/13
fc11 = Fc(switch=sw, name="fc1/11")
fc12 = Fc(switch=sw, name="fc1/12")
fc13 = Fc(switch=sw, name="fc1/13")
v98.add_interfaces([fc11])
# o = z1.default_zone
# print(o)
# if type(o) is str:
# break
#
# print("Set defzone to invalid value...")
# try:
# z1.default_zone = "asdasd"
# except Exception as e:
# print("Caught correct exception for defzone")
# print(e.args)
# s = ""
# print(z1.members)
#
banner("Checking a new vsan's zone")
v = vsan.Vsan(sw, id=456)
v.create()
int12 = fc.Fc(sw, "fc1/2")
int13 = fc.Fc(sw, "fc1/3")
pc1 = portchannel.PortChannel(sw, 1)
pc1.create()
z1 = zone.Zone(sw, v, "zonetemp")
z1.clear_lock()
if z1.name is None:
print("Zone name is None")
else:
print("Zone name is " + z1.name)
print("Zone vsan obj is : " + str(z1.vsan))
print("Zone def zone is : " + str(z1.default_zone))
print("Zone mode is : " + str(z1.mode))