ciscoisesdk 2.4.6

ciscoisesdk is a community developed Python library for working with the Identity Services Engine APIs. Our goal is to make working with Cisco Identity Services Engine in Python a native and natural experience!

The quickest way to check that your credentials and API settings work is to ask ISE for its version and patch level:

from ciscoisesdk import IdentityServicesEngineAPI

api = IdentityServicesEngineAPI(username='admin',
                                password='C1sco12345',
                                uses_api_gateway=True,
                                base_url='https://198.18.133.27',
                                verify=True,
                                uses_csrf_token=False)

print(api.version_and_patch.get_ise_version_and_patch().response)
# {'OperationResult': {'resultValue': [{'value': '3.4.0.608', 'name': 'version'},
#                                      {'value': '3', 'name': 'patch information'}]}}

The same check with certificate-based (mTLS) authentication, available since Cisco ISE 3.3:

api = IdentityServicesEngineAPI(base_url='https://198.18.133.27',
                                uses_api_gateway=True,
                                client_cert='apiuser-cert.pem',
                                client_key='apiuser-key.pem',
                                verify=False,
                                uses_csrf_token=False)

print(api.version_and_patch.get_ise_version_and_patch().response)

A more complete example:

from ciscoisesdk import IdentityServicesEngineAPI
from ciscoisesdk.exceptions import ApiError

# Create a IdentityServicesEngineAPI connection object;
# it uses ISE custom URL, username, and password, with ISE API version 3.3_patch_1
# and its API Gateway enabled,
# verify=True to verify the server's TLS certificate
# with debug logs disabled
# and without using the CSRF token
api = IdentityServicesEngineAPI(username='admin',
                                password='C1sco12345',
                                uses_api_gateway=True,
                                base_url='https://198.18.133.27',
                                version='3.3_patch_1',
                                verify=True,
                                client_cert='/path/to/client.crt',
                                client_key='/path/to/client.key',
                                debug=False,
                                uses_csrf_token=False)
# NOTE: This collection assumes that the ERS APIs and OpenAPIs are enabled.
# For mTLS, you can also set verify to a CA bundle path:
# verify='/path/to/ca-bundle.pem'
# If your ISE is configured for certificate-only API auth, you can omit
# username/password and encoded_auth when using client_cert/client_key.

# Get allowed protocols (first page)
search_result = api.allowed_protocols.get_all().response.SearchResult
if search_result and search_result.resources:
  for resource in search_result.resources:
    resource_detail = api.allowed_protocols.get_by_id(
                        resource.id
                      ).response.AllowedProtocols
    print("Id {}\nName {}\nallowChap {}\n".format(resource_detail.id,
                                                  resource_detail.name,
                                                  resource_detail.allowChap))
print("----------")

# Handle pagination with a generator
allowed_protols_gen = api.allowed_protocols.get_all_generator()
for allowed_protocols_page_resp in allowed_protols_gen:
  allowed_protols_result = allowed_protocols_page_resp.response.SearchResult
  for resource in allowed_protols_result.resources:
    resource_detail = api.allowed_protocols.get_by_id(
                        resource.id
                      ).response.AllowedProtocols
    print("Id {}\nName {}\nallowChap {}\n".format(resource_detail.id,
                                                  resource_detail.name,
                                                  resource_detail.allowChap))

# Create network device
try:
    network_device_response = api.network_device.create(
                                name='ISE_EST_Local_Host_19',
                                network_device_iplist=[{"ipaddress": "127.35.0.1", "mask": 32}])
    print("Created, new Location {}".format(network_device_response.headers.Location))
except ApiError as e:
    print(e)

# Filter network device
device_list_response = api.network_device.get_all(filter='name.EQ.ISE_EST_Local_Host_19')
device_responses = device_list_response.response.SearchResult.resources
if len(device_responses) > 0:
    device_response = device_responses[0]

    # Get network device detail
    device_response_detail = api.network_device.get_by_id(device_response.id).response.NetworkDevice

# Advance usage example using Custom Caller functions
## Define a Custom caller named function
## Call them with:
##    get_created_result(network_device_response.headers.Location)
def get_created_result(location):
    return api.custom_caller.call_api('GET', location)

## Define the get_created_result function
## under the custom_caller wrapper.
## Call them with:
##    api.custom_caller.get_created_result(network_device_response.headers.Location)
def setup_custom():
    api.custom_caller.add_api('get_created_result',
                                lambda location:
                                api.custom_caller.call_api('GET', location)
                              )

# Add the custom API calls to the connection object under the custom_caller wrapper
setup_custom()

# Call the newly added functions
created_device_1 = get_created_result(network_device_response.headers.Location)
created_device_2 = api.custom_caller.get_created_result(network_device_response.headers.Location)
print(created_device_1.response == created_device_2.response)

if len(device_responses) > 0:
    device_response = device_responses[0]

    # Delete network device
    delete_device = api.network_device.delete_by_id(device_response.id)

Introduction

$ pip install ciscoisesdk

$ pip install ciscoisesdk --upgrade