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Aci_Cal_Toolkit.py
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import requests
import json
import sys
import collections
import jinja2
import ipaddress
import time
import re
import urllib3
urllib3.disable_warnings()
# Global options for debugging
PRINT_PAYLOAD = True
# flag variable to avoid pushing anything to APIC
PUSH_TO_APIC = False
PRINT_RESPONSE_TEXT_ALWAYS = False
PRINT_RESPONSE_TEXT_ON_FAIL = True
# Global path to main json directory
json_path = 'C:/path_to_json_template_dir/jsondata/'
# Global list of allowed statuses
valid_status = ['created', 'created,modified', 'deleted']
# Exception Classes
class InsufficientArgs(Exception):
pass
class InvalidArg(Exception):
pass
class LoginFailed(Exception):
pass
# Function to validate input for each method
def process_kwargs(required_args, optional_args, **kwargs):
# Validate all required kwargs passed
if all(item in kwargs for item in required_args.keys()) is not True:
raise InsufficientArgs('Insufficient required arguments.')
# Load all required args values from kwargs
for item in kwargs:
if item in required_args.keys():
required_args[item] = kwargs[item]
for item in kwargs:
if item in optional_args.keys():
optional_args[item] = kwargs[item]
# Combine option and required dicts for Jinja template render
# the following syntax is supported from Python3.6, we replace
# it with the manual copy.
# templateVars = { **required_args, **optional_args }
templateVars = required_args.copy()
templateVars.update(optional_args)
return(templateVars)
# Function to execute HTTP Post
def post(apic, payload, cookies, uri, section=''):
if PRINT_PAYLOAD or not PUSH_TO_APIC:
print('Adding to the object: "'+uri+'" the following json string:')
print(payload)
s = requests.Session()
r = ''
if PUSH_TO_APIC:
while r == '':
try:
r = s.post('https://{}/api/node/{}.json'.format(apic, uri),
data=payload, cookies=cookies, verify=False)
status = r.status_code
except requests.exceptions.ConnectionError as e:
print("Connection error, pausing before retrying. Error: {}"
.format(e))
time.sleep(5)
except Exception as e:
print("Method {} failed. Exception: {}".format(section[:-5], e))
status = 666
return(status)
if PRINT_RESPONSE_TEXT_ALWAYS:
print(r.text)
if status != 200 and PRINT_RESPONSE_TEXT_ON_FAIL:
print(r.text)
else:
return 200
return status
# Class must be instantiated with APIC IP address, username, and password
# the login method returns the APIC cookies.
class FabLogin(object):
def __init__(self, apic, user, pword):
self.apic = apic
self.user = user
self.pword = pword
def login(self):
# Load login json payload
payload = '''
{{
"aaaUser": {{
"attributes": {{
"name": "{user}",
"pwd": "{pword}"
}}
}}
}}
'''.format(user=self.user, pword=self.pword)
payload = json.loads(payload,
object_pairs_hook=collections.OrderedDict)
s = requests.Session()
# Try the request, if exception, exit program w/ error
try:
# Verify is disabled as there are issues if it is enabled
r = s.post('https://{}/api/mo/aaaLogin.json'.format(self.apic),
data=json.dumps(payload), verify=False)
# Capture HTTP status code from the request
status = r.status_code
# Capture the APIC cookie for all other future calls
cookies = r.cookies
# Log login status/time(?) somewhere
if status == 400:
print("Error 400 - Bad Request - ABORT!")
print("Probably have a bad URL")
sys.exit()
if status == 401:
print("Error 401 - Unauthorized - ABORT!")
print("Probably have incorrect credentials")
sys.exit()
if status == 403:
print("Error 403 - Forbidden - ABORT!")
print("Server refuses to handle your request")
sys.exit()
if status == 404:
print("Error 404 - Not Found - ABORT!")
print("Seems like you're trying to POST to a page that doesn't"
" exist.")
sys.exit()
except Exception as e:
print("Something went wrong logging into the APIC - ABORT!")
# Log exit reason somewhere
raise LoginFailed(e)
self.cookies = cookies
return cookies
# Class must be instantiated with APIC IP address and cookies
class FabPodPol(object):
def __init__(self, apic, cookies):
self.apic = apic
self.cookies = cookies
self.templateLoader = jinja2.FileSystemLoader(
searchpath=(json_path + 'FabPodPol/'))
self.templateEnv = jinja2.Environment(loader=self.templateLoader)
# Method must be called with the following kwargs.
# name: Name of the node being deployed
# id: ID of the node being deploeyd as an integer (i.e. 101)
# serial: Serial number of device being deployed
# descr: (Optional) Description of the node
# fabric: (Optional) Default is 1 - will be relevant for xconnect
# pod: (Optional) Default is 1 - will be relevant for multipod
def comission_hw(self, **kwargs):
# Dicts for required and optional args
required_args = {'name': '',
'id': '',
'serial': ''}
optional_args = {'descr': '',
'fabric': '1',
'pod': '1'}
# Validate inputs, return dict of template vars
templateVars = process_kwargs(required_args, optional_args, **kwargs)
# Validate inputs
if not int(templateVars['id']):
raise InvalidArg('ID must be an integer')
else:
templateVars['id'] = int(templateVars['id'])
if not int(templateVars['fabric']):
raise InvalidArg('Fabric ID must be an integer')
else:
templateVars['fabric'] = int(templateVars['fabric'])
if not int(templateVars['pod']):
raise InvalidArg('Pod ID must be an integer')
else:
templateVars['pod'] = int(templateVars['pod'])
# Locate template for method
template_file = "comission_hw.json"
template = self.templateEnv.get_template(template_file)
# Render template w/ values from dicts
payload = template.render(templateVars)
# Handle request
uri = 'mo/uni'
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# address: Name/IP of the NTP server
# status: created | created,modified | deleted
def ntp(self, **kwargs):
required_args = {'address': '',
'status': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if not ipaddress.ip_address(templateVars['address']):
raise InvalidArg('Address must be a valid IPv4 address')
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "ntp.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni'
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: Name of the node being deployed
# address: IP of DNS Server
# status: (Of the DNS Server) created | created,modified | deleted
# domain: (Optional) DNS Domain
# domain_status: (Optional) created | created,modified | deleted
# preferred: (Optional) yes | no
# domain_default: (Optional) yes | no
def dns(self, **kwargs):
required_args = {'address': '',
'status': ''}
optional_args = {'domain': '',
'domain_status': 'deleted',
'preferred': 'no',
'domain_default': 'no'}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if not ipaddress.ip_address(templateVars['address']):
raise InvalidArg('Address must be a valid IPv4 address')
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "dns.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/fabric/dnsp-default'
status = post(self.apic, payload, self.cookies, uri, template_file)
template_file = "dns_profile.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/fabric/dnsp-default/rsProfileToEpg'
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# asn: Fabric BGP ASN as an integer
# status: created | created,modified | deleted
def fabric_bgp(self, **kwargs):
required_args = {'asn': '',
'status': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if not (int(templateVars['asn']) in range(1, 65536)):
raise InvalidArg('Invalid BGP ASN')
else:
templateVars['asn'] = int(templateVars['asn'])
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "fabric_bgp.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/fabric/bgpInstP-default/as'
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# rr: ID of node to be route reflector
# status: created | created,modified | deleted
def fabric_rr(self, **kwargs):
required_args = {'rr': '',
'status': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if not int(templateVars['rr']):
raise InvalidArg('Route Reflector ID must be an integer')
else:
templateVars['rr'] = int(templateVars['rr'])
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "fabric_rr.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/fabric/bgpInstP-default/rr/node-{}'.format(
templateVars['rr'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: Name of pod-policy to be created
# status: created | created,modified | deleted
def pod_pol(self, **kwargs):
required_args = {'name': '',
'status': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "pod_pol.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/fabric/funcprof'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
template_file = "pod_pol_assign.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/fabric/podprof-default/pods-default-typ-ALL/rspodPGrp'
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Class must be instantiated with APIC IP address and cookies
class FabAccPol(object):
def __init__(self, apic, cookies):
self.apic = apic
self.cookies = cookies
self.templateLoader = jinja2.FileSystemLoader(
searchpath=(json_path + 'FabAccPol/'))
self.templateEnv = jinja2.Environment(loader=self.templateLoader)
# Method must be called with the following kwargs.
# name: The name of the CDP policy
# state: enabled | disabled
# status: created | created,modified | deleted
def cdp(self, **kwargs):
required_args = {'name': '',
'state': '',
'status': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "cdp.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/infra/cdpIfP-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: The name of the LLDP policy
# state: enabled | disabled
# Note: The configured state is deployed to both Tx and Rx
# status: created | created,modified | deleted
def lldp(self, **kwargs):
required_args = {'name': '',
'state': '',
'status': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "lldp.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/infra/lldpIfP-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: The name of the Link policy
# auto_neg: on | off
# speed: 100M | 1G | 10G | 40G | auto
# Note: 100G should be available soon if not already in some versions
# status: created | created,modified | deleted
def link(self, **kwargs):
required_args = {'name': '',
'auto_neg': '',
'speed': '',
'status': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "link.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/infra/hintfpol-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: The name of the Port-Channel policy
# mode: off | mac-pin | active
# Note: 'off' = static mode-on
# state: enabled | disabled
# Note: The configured state is deployed to both Tx and Rx
# status: created | created,modified | deleted
def pc(self, **kwargs):
required_args = {'name': '',
'mode': '',
'status': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "pc.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/infra/lacplagp-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: The name of the Per Port VLAN policy
# state: enabled | disabled
# status: created | created,modified | deleted
def ppv(self, **kwargs):
required_args = {'name': '',
'state': '',
'status': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "ppv.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/infra/l2IfP-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: The name of the Per Port VLAN policy
# state: enabled | disabled
# status: created | created,modified | deleted
def mcp_intf(self, **kwargs):
required_args = {'name': '',
'state': '',
'status': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "mcp_intf.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/infra/mcpIfP-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# password: string for global MCP password
# state: enabled | disabled
def mcp_global(self, **kwargs):
required_args = {'password': '',
'state': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
template_file = "mcp_global.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/infra/mcpInstP-default'
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# event: mcp-loop | ep-move | bpduguard
# state: true | false
def err_disable(self, **kwargs):
required_args = {'event': '',
'state': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
template_file = "err_disable.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = ('mo/uni/infra/edrErrDisRecoverPol-default/edrEventP-event-{}'
.format(templateVars['event']))
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: The name of the parent VLAN Pool
# mode: static | dynamic
# range_mode: static | dynamic
# start: Starting VLAN - as an integer
# end: Ending VLAN - as an integer
# status: created | created,modified | deleted
def vl_pool(self, **kwargs):
required_args = {'name': '',
'mode': '',
'range_mode': '',
'start': '',
'end': '',
'status': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if not int(templateVars['start']):
raise InvalidArg('VLAN IDs must be an integer')
else:
templateVars['start'] = int(templateVars['start'])
if not int(templateVars['end']):
raise InvalidArg('VLAN IDs must be an integer')
else:
templateVars['end'] = int(templateVars['end'])
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "vl_pool.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = ('mo/uni/infra/vlanns-[{}]-{}'
.format(templateVars['name'], templateVars['mode']))
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: The name of the AEP
# status: created | created,modified | deleted
# infra: created | created,modified | deleted
# Note: This should be 'deleted' if no infra VLAN is needed
# or it should be 'created,modified' if there is a infra VLAN
# infra_vlan: (optional) infastructure vlan as an integer
# override: (optional) created | created,modified | deleted
# Note: This should be 'deleted' if no infra override is needed
# or it should be 'created,modified' if there is an override policy
# override_pc: (optional) Name of the port-channel policy
# override_cdp: (optional) Name of the cdp policy
# override_lldp: (optional) Name of the lldp policy
def aep(self, **kwargs):
required_args = {'name': '',
'status': '',
'infra': 'deleted'}
optional_args = {'infra_vlan': '0',
'override': 'deleted',
'override_pc': '',
'override_cdp': '',
'override_lldp': ''}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['infra'] == 'created,modified':
if not int(templateVars['infra_vlan']):
raise InvalidArg('Infra VLAN ID must be an integer')
else:
templateVars['infra_vlan'] = int(templateVars['infra_vlan'])
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
if templateVars['infra'] not in valid_status:
raise InvalidArg('Status invalid')
if templateVars['override'] not in valid_status:
raise InvalidArg('Status invalid')
if templateVars['override'] == 'created,modified':
template_file = "aep_override.json"
else:
template_file = "aep_no_override.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/infra/attentp-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: Name of the L3-Out Domain
# status: created | created,modified | deleted
# vlan_pool: Name of the VLAN pool to associate to the L3 Out
def l3_dom(self, **kwargs):
required_args = {'name': '',
'status': '',
'vlan_pool': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "l3_dom.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/l3dom-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: Name of the Physical Domain
# status: created | created,modified | deleted
# vlan_pool: Name of the VLAN pool to associate to the Physical Domain
def phys_dom(self, **kwargs):
required_args = {'name': '',
'status': '',
'vlan_pool': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "phys_dom.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/phys-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: Name of the AEP
# status: created | created,modified | deleted
# l3_dom: Name of the L3 Domain to be hooked to the AEP
def l3_aep(self, **kwargs):
required_args = {'name': '',
'status': '',
'l3_dom': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "l3_aep.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/infra/attentp-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: Name of the AEP
# status: created | created,modified | deleted
# dom_name: Name of the L3 Domain to be hooked to the AEP
def phys_aep(self, **kwargs):
required_args = {'name': '',
'status': '',
'dom_name': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "phys_aep.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/infra/attentp-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: Name of the vPC
# id: vPC ID as an integer
# status: created | created,modified | deleted
# sw1: Node 1 in integer (i.e. 101)
# sw2: Node 2 in integer (i.e. 102)
def vpc(self, **kwargs):
required_args = {'name': '',
'id': '',
'status': '',
'sw1': '',
'sw2': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if not int(templateVars['id']):
raise InvalidArg('ID must be an integer')
else:
templateVars['id'] = int(templateVars['id'])
if not int(templateVars['sw1']):
raise InvalidArg('ID must be an integer')
else:
templateVars['sw1'] = int(templateVars['sw1'])
if not int(templateVars['sw2']):
raise InvalidArg('ID must be an integer')
else:
templateVars['sw2'] = int(templateVars['sw2'])
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "vpc.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/fabric/protpol/expgep-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# This method creates a switch profile for a pair of switches (vPC)
# name: Name of the Switch Profile
# swSelName: name of the switch selector profile
# status: created | created,modified | deleted
# sw1: Node 1 in integer (i.e. 101)
# sw2: Node 2 in integer (i.e. 102)
# Two node bulks are created, since theoretically a vpc could exist
# between any couple of leaf switches. In some DC environment, vpc
# are built only toward "contiguous" switches (101-102, 105-106, ...),
# to have a more clean and standardized approach. In this case only,
# just one single bulk could have been created, with different 'from'
# and 'to' values.
def swPro_swSel_vpc(self, **kwargs):
required_args = {'name': '',
'swSelName': '',
'status': '',
'sw1': '',
'sw2': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if not int(templateVars['sw1']):
raise InvalidArg('ID must be an integer')
else:
templateVars['sw1'] = int(templateVars['sw1'])
if not int(templateVars['sw2']):
raise InvalidArg('ID must be an integer')
else:
templateVars['sw2'] = int(templateVars['sw2'])
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "swPro_swSel_vpc.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/infra/nprof-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# This method creates a switch profile for a signle switch
# name: Name of the Switch Profile
# name: Name of the Single Switch Selector
# status: created | created,modified | deleted
# sw1: Node 1 in integer (i.e. 101)
def swPro_swSel_single(self, **kwargs):
required_args = {'name': '',
'swSelName': '',
'status': '',
'sw1': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if not int(templateVars['sw1']):
raise InvalidArg('ID must be an integer')
else:
templateVars['sw1'] = int(templateVars['sw1'])
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "swPro_swSel_single.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/infra/nprof-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: Name of the Interface Policy Group
# status: created | created,modified | deleted
# lag_type: node | link
# Note: Node = vPC, Link = PC
# lldp: Name of LLDP Policy
# cdp: Name of CDP Policy
# aep: Name of AEP
# mcp: Name of MCP Policy
# lag: Name of Port-Channel Policy
# link: Name of Link Policy
def int_pol_grp_vpc(self, **kwargs):
required_args = {'name': '',
'status': '',
'lag_type': '',
'lldp': '',
'cdp': '',
'aep': '',
'mcp': '',
'lag': '',
'link': ''}
optional_args = {'ppv': '',
'storm': ''}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "int_pol_grp_vpc.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/infra/funcprof/accbundle-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: Name of the Interface Policy Group
# status: created | created,modified | deleted
# lldp: Name of LLDP Policy
# cdp: Name of CDP Policy
# aep: Name of AEP
# mcp: Name of MCP Policy
# link: Name of Link Policy
def int_pol_grp_access(self, **kwargs):
required_args = {'name': '',
'status': '',
'lldp': '',
'cdp': '',
'aep': '',
'mcp': '',
'link': ''}
optional_args = {'ppv': '',
'storm': ''}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "int_pol_grp_access.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = ('mo/uni/infra/funcprof/accportgrp-{}'
.format(templateVars['name']))
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: Name of the Interface Policy Group
# status: created | created,modified | deleted
# breakout_map: 10g-4x | 25g-4x
def int_pol_grp_brkout(self, **kwargs):
required_args = {'name': '',
'status': '',
'breakout_map': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "int_pol_grp_brkout.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = ('mo/uni/infra/funcprof/brkoutportgrp-{}'
.format(templateVars['name']))
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: Name of the Interface Profile
# status: created | created,modified | deleted
def int_profile(self, **kwargs):
required_args = {'name': '',
'status': ''}
optional_args = {}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if templateVars['status'] not in valid_status:
raise InvalidArg('Status invalid')
template_file = "int_profile.json"
template = self.templateEnv.get_template(template_file)
payload = template.render(templateVars)
uri = 'mo/uni/infra/accportprof-{}'.format(templateVars['name'])
status = post(self.apic, payload, self.cookies, uri, template_file)
return status
# Method must be called with the following kwargs.
# name: Name of the Interface Profile
# status: created | created,modified | deleted
# port_name: Name of the port selector in the Interface Profile
# port_type: accportgrp | accbundle | brkoutportgrp
# Note: accportgrp = Access Port
# Note: accbundle = vPC or Port Channel
# Note: brkoutportgrp = Breakout Ports
# pol_group: Name of the Policy Group to apply
# mod_start: Starting mod as an integer (almost always 1)
# mod_end: Ending mod as an integer (almost always 1)
# port_start: Starting port as an integer
# port_end: Ending port as an integer
def int_selector(self, **kwargs):
required_args = {'name': '',
'status': '',
'port_name': '',
'port_type': '',
'pol_group': '',
'mod_start': '1',
'mod_end': '1',
'port_start': '',
'port_end': ''}
optional_args = {'descr': ''}
templateVars = process_kwargs(required_args, optional_args, **kwargs)
if not int(templateVars['mod_start']):
raise InvalidArg('ID must be an integer')
else:
templateVars['mod_start'] = int(templateVars['mod_start'])
if not int(templateVars['mod_end']):
raise InvalidArg('ID must be an integer')
else:
templateVars['mod_end'] = int(templateVars['mod_end'])