def clone_net_with_devices(self, curr_net_id: str, new_net_name: str,
devs: List[str], kind, timezone):
"""
create a new network by cloning network and adding/moving devices to it
"""
org_id = self.get_my_org_id()
res = meraki.addnetwork(self.apikey,
org_id,
new_net_name,
kind,
"",
timezone,
cloneid=curr_net_id)
try:
net_id = res.get("id", None)
except AttributeError:
# because error returns a list...
raise NetworkNotFound(res[0])
if not net_id:
raise NetworkNotFound()
for dev in devs:
print(
f"adding device {dev} to network {new_net_name} and removing from old network"
)
self.remove_device_from_network(dev)
devaddstat = meraki.adddevtonet(self.apikey, net_id, dev)
print(devaddstat)
return res
my_network_devices = meraki.getnetworkdevices(my_key, my_netid)
# No device in network yet
if len(my_network_devices) == 0:
# Pick a random AP from the unused inventory
my_ap = random.choice(unused)
my_serial = my_ap['serial']
print(
'Part 3: found an unused AP from inventory, with serial number {0}\n'.
format(my_serial))
#########################
##### START EDITING #####
# Call to claim a device into a network
# Only one line needs to be filled here, with the same indentation (4 spaces)
meraki.adddevtonet()
###### END EDITING ######
#########################
# Check if device was claimed correctly
if len(meraki.getnetworkdevices(my_key, my_netid)) == 0:
sys.exit('Part 3: AP not successfully claimed\n')
else:
print('Part 3: added AP {0} into the {1} network\n'.format(
my_serial, my_name))
# Device already added
else:
my_ap = my_network_devices[0]
my_serial = my_ap['serial']
print('Part 3: AP {0} already added to network {1}\n'.format(
my_serial, my_name))
my_network_devices = meraki.getnetworkdevices(my_key, my_netid)
# No device in network yet
if len(my_network_devices) == 0:
# Pick a random AP from the unused inventory
my_ap = random.choice(unused)
my_serial = my_ap['serial']
print(
'Part 3: found an unused AP from inventory, with serial number {0}\n'.
format(my_serial))
#########################
##### START EDITING #####
# Call to claim a device into a network
# Only one line needs to be filled here, with the same indentation (4 spaces)
meraki.adddevtonet(my_key, my_netid, my_serial)
###### END EDITING ######
#########################
# Check if device was claimed correctly
if len(meraki.getnetworkdevices(my_key, my_netid)) == 0:
sys.exit('Part 3: AP not successfully claimed\n')
else:
print('Part 3: added AP {0} into the {1} network\n'.format(
my_serial, my_name))
# Device already added
else:
my_ap = my_network_devices[0]
my_serial = my_ap['serial']
print('Part 3: AP {0} already added to network {1}\n'.format(
my_serial, my_name))
print(device['serial'], " ", device['type'])
##Create a new network
net_name = input('Enter Network Name: ')
print('Adding network', net_name)
new_net = meraki.addnetwork(apikey, orgid, net_name,
'appliance wireless switch', None,
'America/Phoenix')
#network id of newly added network is returned in addnetwork function in a dictionary under the key 'id'
##Add all the devices to network
for dev in devices:
meraki.adddevtonet(apikey, new_net['id'], dev['serial'])
##Update attributes
#For each device apply address, move map marker (api has a way to do this)
#APs do not get named, however address and map marker are updated
for dev in devices:
#if device is AP, don't update name
if dev['type'] == '':
meraki.updatedevice(apikey,
networkid=new_net['id'],
serial=dev['serial'],
address=dev['address'],
move='true')
#Else it's either SW or FW, so go update the name
else:
print(bcolors.ACTION,'Now it is time to add a swtich to the network', bcolors.ENDC)
while True:
switchsn = input(bcolors.QUESTION + 'What is the Switch Serial Number (QNXX-XXXX-XXXX) (Q2EX-X5WR-SQAU for testing)? ' + bcolors.ENDC)
while not re.match("[Q][2][A-Z0-9][A-Z0-9]-[A-Z0-9][A-Z0-9][A-Z0-9][A-Z0-9]-[A-Z0-9][A-Z0-9][A-Z0-9][A-Z0-9]", switchsn):
print (bcolors.FAIL,"Invalid Format for Serial Number. Please try again.",bcolors.FAIL)
switchsn = input(bcolors.QUESTION + 'What is the Switch Serial Number (QNXX-XXXX-XXXX) (Q2EX-X5WR-SQAU for testing)? ' + bcolors.ENDC)
else:
print("Switch Serial number is "+ switchsn)
break
# Claim a device into a network
# https://dashboard.meraki.com/api_docs#claim-a-device-into-a-network
#def adddevtonet(apikey, networkid, serial, suppressprint=False):
addswitch = mer.adddevtonet(apikey, newnetworkid, switchsn, suppressprint=False)
print(bcolors.RESULT, addswitch, bcolors.ENDC)
#Add AP to the network, Verify Serial number with Regex
print(bcolors.ACTION,'Now it is time to add an Access Point to the network', bcolors.ENDC)
while True:
apsn = input(bcolors.QUESTION + ' What is the Access Point Serial Number (QNXX-XXXX-XXXX) (Q2KD-3PUQ-K9KX for testing)? ' + bcolors.ENDC)
while not re.match("[Q][2][A-Z0-9][A-Z0-9]-[A-Z0-9][A-Z0-9][A-Z0-9][A-Z0-9]-[A-Z0-9][A-Z0-9][A-Z0-9][A-Z0-9]", apsn):
print ("Error! Make sure your ADP Code contains 2 letters, then 3 numbers")
switchsn = input(bcolors.QUESTION + ' What is the Access Point Serial Number (QNXX-XXXX-XXXX) (Q2KD-3PUQ-K9KXfor testing)? ' + bcolors.ENDC)
else:
print("Access Point Serial number is "+ apsn)
break