def snapshot_handler(event, context):
# Get the url,username,and password from session attributes
print(event)
url = event['sessionAttributes']['url']
username = event['sessionAttributes']['username']
password = event['sessionAttributes']['password']
cookies = aci_login(url, username, password)
slots = event['currentIntent']['slots']
description = event['currentIntent']['slots']['description']
response = create_snapshot(url, cookies, description)
if response.status_code == 200:
snapshot_created = snapshot_created_template.format(description)
intent_fulfilled = generate_response_code(event, "SKIP",
dialog_type="CLOSEFULLFILLED",
message=snapshot_created
)
return intent_fulfilled
else:
intent_failed = generate_response_code(event, "SKIP",
dialog_type="CLOSEFAILED",
message=snapshot_failed
)
return intent_failed
def bd_handler(event, context):
#Get the url,username,and password from session attributes
print(event)
if not validate_if_logged_in(event):
return generate_response_code(event,"SKIP",dialog_type="ELICIT", message=not_logged_in)
url = event['sessionAttributes']['url']
username = event['sessionAttributes']['username']
password = event['sessionAttributes']['password']
cookies = aci_login(url, username, password)
slots = event['currentIntent']['slots']
tenant_name = event['currentIntent']['slots']['tenant_name']
bd = event['currentIntent']['slots']['bd']
subnet = event['currentIntent']['slots']['subnet']
tenant_exists=check_tenant_exists(url,cookies,tenant_name)
if tenant_exists == True:
bd_exists=check_bd_exists(url,cookies,tenant_name,bd)
if bd_exists == True:
tenant_bd_exist_msg=tenant_bd_exist_message.format(tenant_name,bd)
both_tenant_bd_exist = generate_response_code(event, "SKIP",
dialog_type="CLOSEFULLFILLED",
message=tenant_bd_exist_msg)
print(tenant_bd_exist_msg)
return both_tenant_bd_exist
else:
response=create_bd_w_subnet(url,cookies,tenant_name,bd,subnet)
print(response)
if response.status_code == 200:
tenant_exists_bd_created_msg=tenant_exists_bd_created_message.format(tenant_name, bd)
tenant_exists_bd_created = generate_response_code(event, "SKIP",
dialog_type="CLOSEFULLFILLED",
message=tenant_exists_bd_created_msg
)
print(tenant_exists_bd_created_msg)
return tenant_exists_bd_created
else:
tenant_not_exist_msg=tenant_not_exist_message.format(tenant_name)
tenant_not_exist = generate_response_code(event, "SKIP",
dialog_type="CLOSEFULLFILLED",
message=tenant_not_exist_msg)
print(tenant_not_exist_msg)
return tenant_not_exist
def create_epg_port(event, context):
#TODO context variable passing???
if not validate_if_logged_in(event):
return generate_response_code(event,"SKIP",dialog_type="ELICIT", message=not_logged_in)
url = event['sessionAttributes']['url']
username = event['sessionAttributes']['username']
password = event['sessionAttributes']['password']
cookies = aci_login(url, username, password)
slots = event['currentIntent']['slots']
tenant_name = event['currentIntent']['slots']['tenant_name'] or 'Heroes'
ap = event['currentIntent']['slots']['ap_name'] or 'Save_The_Planet'
epg = event['currentIntent']['slots']['epg_name']
leaf = event['currentIntent']['slots']['leaf_id']
port = event['currentIntent']['slots']['port']
physdom = event['currentIntent']['slots']['physdom_name'] or 'Heroes_phys'
vlan_id = event['currentIntent']['slots']['vlan_id']
epg_url = '{}node/mo/uni/tn-{}/ap-{}/epg-{}.json'.format(url, tenant_name,ap,epg)
print(epg_url)
if not check_epg_exists(url, cookies, tenant_name, ap,epg):
epg_not_exist_msg=epg_not_exist_message.format(epg)
return generate_response_code(event,"SKIP",dialog_type="ELICIT", message= epg_not_exist_msg)
else:
epg_physdom_response = bind_epg_to_physdom(epg_url, cookies, physdom)
from_vlan, to_vlan = vlan_pool_details(url, cookies, physdom)
vlan_outside_pool_range_msg = vlan_outside_pool_range_message.format(physdom, from_vlan, to_vlan)
from_vlan_id = get_vlan_id(from_vlan)
to_vlan_id = get_vlan_id(to_vlan)
print(to_vlan_id)
print(from_vlan_id)
if (int(vlan_id) > to_vlan_id or int(vlan_id) < from_vlan_id):
vlan_outside_pool_range_msg=vlan_outside_pool_range_message.format(physdom,from_vlan_id,to_vlan_id)
return generate_response_code(event,slots,
dialog_type="ELICITSLOT",
slot_to_elicit="vlan_id",
intent=event['currentIntent']['name'],
message=vlan_outside_pool_range_msg)
epg_interface_bind = bind_epg_to_interface(epg_url, cookies, vlan_id, leaf, port)
epg_bind_to_interface_msg=epg_bind_to_interface_message.format(epg,ap,tenant_name,physdom,leaf,port)
intent_fulfilled = generate_response_code(event,"SKIP", dialog_type="CLOSEFULLFILLED",message=epg_bind_to_interface_msg)
return intent_fulfilled
def login_handler(event, context):
# Login to APIC & return message to user, pass username,password & url attributes in the ElicitIntent for further processing
print(event)
url_tmp = event['currentIntent']['slots']['fqdn']
username = event['currentIntent']['slots']['username']
password = event['currentIntent']['slots']['password']
url = 'https://' + url_tmp + '/api/'
url = fix_url(url)
try:
cookies = aci_login(url, username, password)
print(cookies)
if type(cookies) is dict:
mymessage = logged_in_message
sessionAttributes = {
"url": url,
"username": username,
"password": password
}
cookies_resp = generate_response_code(
event,
"SKIP",
dialog_type="ELICIT",
message=mymessage,
sessionattributes=sessionAttributes)
print(cookies_resp)
return cookies_resp
else:
mymessage = cookies
print(mymessage)
cookies_resp = generate_response_code(event,
"SKIP",
dialog_type="ELICIT",
message=mymessage)
return cookies_resp
except:
mymessage = login_challenge
cookies_resp = generate_response_code(event,
"SKIP",
dialog_type="ELICIT",
message=mymessage)
return cookies_resp
def validate(event, context):
print(event)
domain = event['currentIntent']['slots']['fqdn']
slots = event['currentIntent']['slots']
print(domain)
if domain is not None:
domain = fix_url(domain)
if not is_ip_or_domain(domain):
print('Domain is not valid')
return generate_response_code(
event,
slots,
dialog_type="ELICITSLOT",
intent=event['currentIntent']['name'],
slot_to_elicit="fqdn",
message=apic_fqdn_retry)
else:
print('Domain is valid')
return generate_response_code(event, slots, dialog_type="DELEGATE")
else:
return generate_response_code(event, slots, dialog_type="DELEGATE")
def create_epg_port(event, context):
#TODO context variable passing???
url = event['sessionAttributes']['url']
username = event['sessionAttributes']['username']
password = event['sessionAttributes']['password']
print('123')
cookies = aci_login(url, username, password)
slots = event['currentIntent']['slots']
tenant_name = event['currentIntent']['slots']['tenant_name'] or 'Heroes'
ap = event['currentIntent']['slots']['ap_name'] or 'Save_The_Planet'
epg = event['currentIntent']['slots']['epg_name']
leaf = event['currentIntent']['slots']['leaf_id']
port = event['currentIntent']['slots']['port']
bd = event['currentIntent']['slots']['bd_name']
physdom = event['currentIntent']['slots']['physdom_name'] or 'Heroes_phys'
vlan_id = event['currentIntent']['slots']['vlan_id']
subnet = event['currentIntent']['slots']['subnet']
print('456')
tenant_exists = check_tenant_exists(url, cookies, tenant_name)
ap_exists = check_ap_exists(url, cookies, tenant_name, ap)
bd_exists = check_bd_exists(url, cookies, tenant_name, bd)
print(tenant_exists)
print(ap_exists)
print(bd_exists)
if tenant_exists == False:
create_tenant(url, cookies, tenant_name)
if ap_exists == False:
create_ap(url, cookies, tenant_name, ap)
if bd_exists == False:
print('BD doesnt exist')
create_bd_w_subnet(url, cookies, tenant_name, bd, subnet)
print('789')
epg_url = create_epg(url, cookies, tenant_name, ap, epg, bd)
epg_physdom_response = bind_epg_to_physdom(epg_url, cookies, physdom)
from_vlan, to_vlan = vlan_pool_details(url, cookies, physdom)
vlan_outside_pool_range = 'vlan_id for physdom {} shall be between {} and {}'.format(physdom, from_vlan, to_vlan)
from_vlan_id = get_vlan_id(from_vlan)
to_vlan_id = get_vlan_id(to_vlan)
print('10,11,12')
if (int(vlan_id) > to_vlan_id or int(vlan_id) < from_vlan_id):
return generate_response_code(event,slots,
dialog_type="ELICITSLOT",
slot_to_elicit="vlan_id",
intent=event['currentIntent']['name'],
message=vlan_outside_pool_range)
# return {
# "dialogAction": {
# "type": "ElicitSlot",
# "intentName": event['currentIntent']['name'],
# "slots": slots,
# "slotToElicit": "vlan_id",
# "message": {"contentType": "PlainText", "content": vlan_outside_pool_range}
# }
# }
epg_interface_bind = bind_epg_to_interface(epg_url, cookies, vlan_id, leaf, port)
epg_created = 'epg {} within App {} belonging to Tenant {} has been created & is associated with physdom {} leaf {} and port {}'.format(epg, ap, tenant_name, physdom, leaf, port)
intent_fulfilled = generate_response_code(event,"SKIP",
dialog_type="CLOSEFULLFILLED",
message=epg_created)
return intent_fulfilled
def epg_handler(event, context):
# Get the url,username,and password from session attributes
print(event)
if not validate_if_logged_in(event):
return generate_response_code(event,
"SKIP",
dialog_type="ELICIT",
message=not_logged_in)
url = event['sessionAttributes']['url']
username = event['sessionAttributes']['username']
password = event['sessionAttributes']['password']
cookies = aci_login(url, username, password)
slots = event['currentIntent']['slots']
tenant_name = event['currentIntent']['slots']['tenant_name']
ap = event['currentIntent']['slots']['app_profile']
epg = event['currentIntent']['slots']['epg']
bd = event['currentIntent']['slots']['bd']
subnet = event['currentIntent']['slots']['subnet']
ap_exists = check_ap_exists(url, cookies, tenant_name, ap)
if ap_exists == True:
epg_exists = check_epg_exists(url, cookies, tenant_name, ap, epg)
if epg_exists == True:
ap_epg_exist_msg = ap_epg_exist_message.format(ap, epg)
both_ap_epg_exist = generate_response_code(
event,
"SKIP",
dialog_type="CLOSEFULLFILLED",
message=ap_epg_exist_msg)
print(ap_epg_exist_msg)
return both_ap_epg_exist
else:
if bd is None:
return generate_response_code(
event,
slots,
dialog_type="ELICITSLOT",
intent=event['currentIntent']['name'],
slot_to_elicit="bd",
message=bd_specify_message)
if not check_bd_exists(url, cookies, tenant_name, bd):
if subnet is None:
bd_specify_subnet_msg = bd_specify_subnet_message.format(
bd)
return generate_response_code(
event,
slots,
dialog_type="ELICITSLOT",
intent=event['currentIntent']['name'],
slot_to_elicit="subnet",
message=bd_specify_subnet_msg)
create_bd_w_subnet(url, cookies, tenant_name, bd, subnet)
response = create_epg(url, cookies, tenant_name, ap, epg, bd)
print(response)
if response.status_code == 200:
ap_exists_epg_created_msg = ap_exists_epg_created_message.format(
ap, epg)
ap_exists_epg_created = generate_response_code(
event,
"SKIP",
dialog_type="CLOSEFULLFILLED",
message=ap_exists_epg_created_msg)
print(ap_exists_epg_created_msg)
return ap_exists_epg_created
else:
ap_not_exist_msg = ap_not_exist_message.format(tenant_name, ap)
ap_not_exist = generate_response_code(event,
"SKIP",
dialog_type="CLOSEFULLFILLED",
message=ap_not_exist_msg)
print(ap_not_exist_msg)
return ap_not_exist
def app_profile_handler(event, context):
#Get the url,username,and password from session attributes
print(event)
if not validate_if_logged_in(event):
return generate_response_code(event,
"SKIP",
dialog_type="ELICIT",
message=not_logged_in)
url = event['sessionAttributes']['url']
username = event['sessionAttributes']['username']
password = event['sessionAttributes']['password']
cookies = aci_login(url, username, password)
slots = event['currentIntent']['slots']
tenant_name = event['currentIntent']['slots']['tenant_name']
ap = event['currentIntent']['slots']['app_profile']
tenant_exists = check_tenant_exists(url, cookies, tenant_name)
if tenant_exists == True:
ap_exists = check_ap_exists(url, cookies, tenant_name, ap)
if ap_exists == True:
tenant_ap_exist_msg = tenant_ap_exist_message.format(
tenant_name, ap)
both_tenant_ap_exist = generate_response_code(
event,
"SKIP",
dialog_type="CLOSEFULLFILLED",
message=tenant_ap_exist_msg)
print(tenant_ap_exist_msg)
return both_tenant_ap_exist
# both_tenant_ap_exist= {
# "dialogAction": {
# "type": "Close",
# "fulfillmentState": "Fulfilled",
# "message": {"contentType": "PlainText","content": tenant_ap_exist_msg }
# }
# }
# print(tenant_ap_exist_msg)
# return both_tenant_ap_exist
else:
response = create_ap(url, cookies, tenant_name, ap)
print(response)
try:
if response.status_code == 200:
tenant_exists_ap_created_msg = tenant_exists_ap_created_message.format(
tenant_name, ap)
tenant_exists_ap_created = generate_response_code(
event,
"SKIP",
dialog_type="CLOSEFULLFILLED",
message=tenant_exists_ap_created_msg)
print(tenant_exists_ap_created_msg)
return tenant_exists_ap_created
except:
error_create_app_profile_msg = error_create_app_profile_message.format(
ap, tenant_name)
error_create_app_profile = generate_response_code(
event,
"SKIP",
dialog_type="CLOSEFULLFILLED",
message=error_create_app_profile_msg)
else:
tenant_not_exist_msg = tenant_not_exist_message.format(tenant_name)
tenant_not_exist = generate_response_code(event,
"SKIP",
dialog_type="CLOSEFAILED",
message=tenant_not_exist_msg)
print(tenant_not_exist_msg)
return tenant_not_exist
def get_endpoints_handler(event, context):
print(event)
#Get the url,username,and password from session attributes & tenant_name from slots input, login to APIC, check tenant ap_exists
#create new tenant if required
if not validate_if_logged_in(event):
return generate_response_code(
event,
"SKIP",
dialog_type="ELICIT",
message="You have not logged in, please type login to proceed")
print(event)
url = event['sessionAttributes']['url']
username = event['sessionAttributes']['username']
password = event['sessionAttributes']['password']
print(url)
cookies = aci_login(url, username, password)
source = event['currentIntent']['slots']['source_ip']
destination = event['currentIntent']['slots']['destination_ip']
dest_email = event['currentIntent']['slots']['dest_email']
subject = '*Troubleshooting Session*\n'
file_name = '/tmp/troubleshoot-communications.csv'
message = '*Troubleshooting Session* \n'
print(source)
with open(file_name, 'w') as f:
row1 = "ip,mac,tenant_name,ap_profile,epg_name,consumed_contract,provided_contract \n"
try:
ip, mac, tenant_name, ap_profile, epg_name, consumed_contract, provided_contract = find_endpoint(
source, url, cookies)
data1 = (("{},{},{},{},{},{},{},\n").format(
ip, mac, tenant_name, ap_profile, epg_name, consumed_contract,
provided_contract))
message += '*Source Endpoint Details* \n'
message += '*IP Address:* {}\n'.format(ip)
message += '*MAC Address:* {}\n'.format(mac)
message += '*Tenant:* {}\n'.format(tenant_name)
message += '*Application Profile:* {}\n'.format(ap_profile)
message += '*Endpoint Group:* {}\n'.format(epg_name)
message += '*Consumed Contract:* {}\n'.format(consumed_contract)
message += '*Provided Contract:* {}\n\n\n'.format(
provided_contract)
print(message)
except:
data1 = '{} does not exist\n'.format(source)
message += '{} does not exist\n'.format(source)
try:
ip, mac, tenant_name, ap_profile, epg_name, consumed_contract, provided_contract = find_endpoint(
destination, url, cookies)
data2 = (("{},{},{},{},{},{},{},\n").format(
ip, mac, tenant_name, ap_profile, epg_name, consumed_contract,
provided_contract))
message += '*Destination Endpoint Details* \n'
message += '*IP Address:* {}\n'.format(ip)
message += '*MAC Address:* {}\n'.format(mac)
message += '*Tenant:* {}\n'.format(tenant_name)
message += '*Application Profile* : {}\n'.format(ap_profile)
message += '*Endpoint Group:* {}\n'.format(epg_name)
message += '*Consumed Contract:* {}\n'.format(consumed_contract)
message += '*Provided Contract:* {}\n\n\n'.format(
provided_contract)
print(message)
except:
data2 = '{} does not exist\n'.format(destination)
message += '{} does not exist\n'.format(source)
f.write(row1), f.write(data1), f.write(data2)
dest_email = temporary_email(dest_email)
send_email_w_attachment(from_email, dest_email, subject, file_name)
message += '\n\nWe have gathered all the information about *{}* and *{}* and have sent an email to you about this'.format(
source, destination)
endpoints_resp = generate_response_code(event,
"SKIP",
dialog_type="CLOSEFULLFILLED",
message=message)
return endpoints_resp
